Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.
Roofing for Connecticut — from Litchfield County to the Long Island Sound.
Connecticut’s roofs see three distinct climate stories. The Litchfield hills get Vermont-level snow load and ice dams. The Connecticut River Valley gets the freeze-thaw cycles that destroy asphalt fastest. The shoreline gets salt-air corrosion and hurricane-grade wind. The right roof depends on which Connecticut you live in.
Connecticut sits at the southern edge of New England’s heavy-snow zone. Northern CT (Hartford north, Litchfield County) sees 50–80 inches of annual snowfall and full ice-dam risk. Southern CT (Fairfield County, the shoreline) sees less snow but more hurricane exposure — wind ratings matter as much as ice-shield coverage.
Colonial revivals throughout. Federal-style brick homes in the cities (New Haven, Hartford, Stamford). Shingle-style and shoreline cottages along the coast. Greek Revival and farmhouse vernacular in the northwest. Mid-century ranch and split-level in the suburbs.
What we see here
Three roofing patterns specific to Connecticut.
01
Ice dams on older Cape Cod and Colonial homes
Insufficient attic insulation + minimal ridge venting on homes built before 1970. Northwestern CT especially.
02
Hurricane wind damage along the coast
Older roofs with 4-nail fastening patterns fail in 80+ mph wind events. We retrofit with 6-nail high-wind fastening on every coastal install.
03
Granule loss from south-facing UV exposure
CT’s southern latitude means more cumulative UV than Maine or Vermont. Architectural shingles last 22–28 years here vs. 28–32 in northern NE.