Vinyl Siding (10)
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Alternative Siding (5)
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5
Style

Style

Description of the siding.

 /  5
Thick

Thick

Thickness as stated by manufacturer.

 /  5
Warm impacts

Warm impacts

Warm impacts is resistance to damage at roughly 70 degree Fahrenheit. Impacts mimic blows from fallen objects and other mishaps.

 /  5
Wind

Wind

Wind is siding's ability to stay attached in lab tests simulating high winds; the best withstood forces equivalent to more than 150 mph.

 /  5