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A Living Legacy of Innovation

Our story is not simply a history of insulation or building supplies, or even the dates of inventions and buildings: It’s an intricate tale of innovation and growth spurred by reinvention, curiosity, and strong partnerships built over decades.

Our roots reach back to an 1800s lab experiment that, through an unexpected twist, produced mineral wool insulation. This set off a wave of innovation for what would in time become the insulation industry we lead today. Over the decades that followed, we experimented with glass, partnering with organizations along the way to develop new applications and production methods for our innovative products.

Where We Live and Work

Owens Corning products make buildings more comfortable, more energy-efficient, and safer. This includes insulation that reduces heating and cooling costs, roof shingles that reflect the sun’s rays and protect the roof from severe weather, and doors that connect you with the people and things you care about most — and make life easier, safer and more beautiful, too.

Photo of Fiberglass Shingles

1960s Fiberglass Shingle Mat

Fiberglass reinforcement for shingles resists fire better than the organic or paper mats that were widely used through the mid-20th century, especially in the U.S. Owens Corning innovations helped lead the conversion of the market.

Photo from the 1970s Energy Crisis

1970s Energy Crisis

Owens Corning manufactures Fiberglas™ mat-based shingles, providing an improved material for homeowners to retain temperatures more efficiently in their homes. We advertised to homeowners ways to control some of their energy use and costs, using slogans, including “insulation is cheaper than oil” and “spending a day in your attic can save more than $100 in heating and cooling costs.”

Photo of an interior door.

Opening Doors to Better Performance

A full portfolio of doors, materials, and components engineered together enables superior solutions like the Masonite® Performance Door System. The 4-point performance seal on this fiberglass door is 64% better at keeping air and water out, saving you time and money on costly replacements.

Photo of Pink Next Gen Fiberglas

The Next Generation of Fiberglass Insulation

In 2021, the company that invented fiberglass insulation announced its latest advancement — PINK Next Gen™ Fiberglas™ insulation. Leveraging advanced fiber technology, PINK Next Gen™ is faster and more comfortable to install compared to existing products. Made with 100% wind-powered electricity, it also sets an industry standard for recycled content.

How We Build

The lightweight, durable nature of fiberglass materials makes it a good choice for innovative products like those made by Owens Corning, which are used to build things that need to be efficient and reliable for a long time, often in situations where infrastructure is hard to install or hard to replace.

Photo of the Trans-Alaska Pipeline

1970s Trans-Alaska Pipeline

Owens Corning opened a temporary plant in Tukwila, Washington, in 1974, specifically to produce insulation for the Trans-Alaska pipeline project. The 800-mile pipeline was completed in 1977 and went on to transport an estimated 20% of U.S. petroleum production.

Photo of Hajj Terminal

Hajj Terminal in Saudi Arabia

In 1985, Owens Corning produced the glass fibers and installed fabric in the renowned Hajj Terminal at King Abdul Aziz International Airport in Jeddah, Saudi Arabia.

Photo of the National 9/11 Memorial Fountains

2006 National 9/11 Memorial Fountains

Owens Corning materials are used in the 2006-constructed 9/11 memorial fountains at New York City’s World Trade Center.

Photo of Wind Turbine

Wind Blades and Turbines

Owens Corning materials were used to support alternative energy technologies, including wind blades and turbines, starting in the early 1980s. Owens Corning introduced WindStrand®, an innovative material that allows wind blades to be longer, stiffer, and stronger — which makes the turbine more efficient and reduces the cost of wind energy.

How We Move

Fiberglass offers a compelling alternative to steel and other traditional materials in myriad of vehicular applications. It combines lighter weight with fuel efficiency and freedom of design to enable elegant form with durable function.

Photo of Chevrolet Corvette

1953 Chevrolet Corvette

In 1953, Owens Corning and General Motors announced the first production automobile to be made entirely of Fiberglas® reinforced plastic, the Chevrolet Corvette.

Photo of Fiberglass-Reinforced Tires

Fiberglass-Reinforced Automobile Tires

In 1966, Owens Corning established a partnership with Armstrong Rubber Co. to produce fiberglass-reinforced automobile tires. Owens Corning developed a special multi‐filament glass fiber yarn as well as a new yarn size for surface treatment.

Photo of advanced car designs

Aesthetics and Design Flexibility

Composite materials and attributes enable automakers to bring their designs to life by helping them meet stringent standards for surface finishes.

How We Stay Safe

Fiberglass was recognized early on as a versatile material with properties that could help protect people and property. Improved fire resistance has been an important beneficial attribute of Owens Corning materials from the beginning, and it’s an area where we continue to innovate.

Photo WWII Navy vessel

1939 and WWII

Fireproof Fiberglas™ was the standard insulation for all Navy ships. As traditional materials became scarce, Fiberglas™ became an effective alternative. Owens Corning developed and supplied the Navy with Navy Board, white wool and special Navy wool insulation, bonded mat, battery separators, sewn and metal mesh blankets, and staple electrical wire insulation. We also worked jointly with the U.S. Army Air Forces to develop low-pressure plastic laminates for use in structural aircraft parts.

Photo of NASA space suit exploration from the moon

1960s Space Exploration

After a fatal Apollo 1 launch test fire, Owens Corning developed Beta® Fiberglas® yarn, a slick, silicone-coated (Teflon™) fiberglass material that went on to become standard for all space suits throughout the Apollo program. In 1969, Neil Armstrong took the first steps on the moon wearing a suit made from Owens Corning Beta® yarns. The lunar module was also insulated with Owens Corning fiberglass.

Photo of Thermafiber® containment wall

2018 Formaldehyde-Free Perimeter Fire Containment

Owens Corning became the first company to offer a formaldehyde-free perimeter fire containment system in North America. The company introduced the system during the Facades+ trade show for building and design professionals. The system is made with Formaldehyde-Free Thermafiber® Firespan® and Safing™ mineral wool insulation.

People & products making history

Why is our insulation pink? How and when did the Pink Panther become our mascot? While we mostly look forward, it’s fun to look back at our 80+ years of really cool history. Check out some of our most significant innovations below.

Iconic Brand

Just as our organization and offerings have evolved throughout our history, so have our identity, priorities, and character. We have always been committed to improving our world and the lives of those in it. This commitment has grown over time and evolved to meet the needs of our planet, employees, and the organizations we serve.

We first added red dye into our machinery to dye our insulation pink to distinguish our material in 1956. We’ve become known for this colored insulation ever since.

In 1980, the Pink Panther first joined our team to promote our pink Fiberglas™ insulation. He has continued to appear in ads and has become a beloved member of our team and brand and an engrained part of our corporate identity. This, along with our recognizable pink insulation, led us to become the first company to trademark a color (our noteworthy pink) in 1987. This color and the Pink Panther continue to be cornerstones of our recognizable brand today.

Owens Corning® and The Pink Panther 40 Years together image.