History


Our journey to become North America’s largest roofing manufacturer is built upon sustained innovation, a never-ending focus on our customers and our commitment to protect what matters most.

1967

Today's most popular shingle: Timberline®

In 1967, RUBEROID engineer, Phil Bottoli laminated two strip shingles together to create a shingle of extraordinary strength and aesthetics. The Timberline® Shingle became North America’s best-selling shingle. The same year, RUBEROID merged with GAF and adopted the GAF name.
2019

Energy From Every Roof™

GAF solar efforts grew into GAF Energy. GAF Energy works in partnership with GAF, offering affordable integrated rooftop solar options to residential and commercial customers.
LATEST FROM GAF ROOF VIEWS
Michigan City has been home to a GAF manufacturing facility since 2000, supporting the community's residents through not only the nearly 200 jobs it provides but also countless hours of volunteering. The job creation and increased capacity for serving customers with the GAF Michigan City distribution center expansion is testimony to the company's dedication to building resilient communities.
With an overall industry labor shortage, roofers are in high demand. Those contemplating a career in roofing should consider the training provided by the GAF Roofing Academy, where students can learn the skills and industrial knowledge they need to get started in the industry.
GAF Community Matters is hard at work building resilient communities. As part of a $25 million commitment through 2025, GAF has teamed up with nonprofits, partnered with renowned actor Anthony Mackie, and put an increasing emphasis on sustainability and resilience in natural disaster relief efforts.
During summer months, cities get hotter than surrounding areas. Trees and vegetation found in suburban and rural areas help reduce temperatures on sunny days. In contrast, tightly packed and tall city buildings tend to trap heat. To make matters worse, city buildings retain that heat and release it during the night due to their thermal mass.