Corning Incorporated (NYSE: GLW) today announced that the Ford GT supercar is the first production vehicle to use Corning Gorilla Glass for Automotive in a windshield. Ford is also using the lightweight, tough and optically advantaged glass for two other applications within the car, saving more than 12 pounds of vehicle weight.
The innovative Ford GT windshield - a collaborative effort between Ford and Corning - comprises three layers: Gorilla Glass for Automotive as the inner layer, a plastic adhesive interlayer, and annealed soda lime glass as the outside layer.
Pound for pound, Gorilla Glass for Automotive can achieve more than five times the strength of standard window glass. This strength helps protect the windshield and make it thinner and lighter, while also providing outstanding optical advantages.
Weight reduction is a key means for automakers to meet increasingly stringent fuel economy and carbon dioxide emissions regulations. Lightweight windows can also improve handling and driving performance by lowering the car's center of gravity. Unlike conventional float glass, Gorilla Glass for Automotive has no optical draw lines, making it ideal for steep windshield applications like the GT. Ford is also using Gorilla Glass for the rear window and as an acoustic separation wall in the bulkhead.
"We believe lightweight, tough, optically advantaged Gorilla Glass for Automotive is a game-changer for the industry, and we're thrilled to work with Ford to bring it to market," said Wendell P. Weeks, chairman and chief executive officer of Corning Incorporated. "This collaboration demonstrates what Corning does best - applying our expertise in glass and materials science to help industry leaders solve tough challenges, unleash new capabilities, and enhance experiences for customers."
"Gorilla Glass hybrid is a great example of how Ford works with suppliers to innovate in every area of our business," said Hau Thai-Tang, group vice president, Global Purchasing, Ford Motor Company. "The Ford GT will set new standards for innovation through performance and light-weighting, and we're excited about exploring other applications for this great new technology."
Ford and Corning have worked together for more than four decades on emissions control technologies. Now, both companies are building on that long collaboration to innovate with Gorilla Glass for Automotive. In 2014, Corning worked with Ford to include Corning Gorilla Glass for Automotive on the windshield and side windows of the Fusion MMLV (Multi-Material Lightweight Vehicle) concept car. Gorilla Glass reduced glazing weight on the MMLV by more than 30 percent.
Corning is leveraging its capabilities in glass, optical physics, existing fusion manufacturing assets, and automotive industry experience to extend Corning Gorilla Glass into the automotive glass market.
Corning introduced Gorilla Glass into the consumer technology market in 2007 as a thin, damage-resistant cover material for smartphones and tablets. Today, Gorilla Glass is featured on 4.5 billion mobile devices and 40 major brands worldwide. Since the product's introduction, Corning has continued to significantly improve Gorilla Glass for use in consumer electronics and other applications, such as automobiles, interior architecture, trains, and planes.
Recommended for You
Latest News Posts
- More 'Star Trek' movies not guaranteed, warns star
- Night Trap returns, with the FMV game hitting consoles
- Vivendi could push for an Ubisoft takeover this year
- PlayerUnknown's Battlegrounds charity event: May 4
- Jeff Goldblum joins 'Jurassic World 2' cast
- Synology RT2600ac Wireless Router Review
- Cursor disappearing randomly
- AORUS GeForce GTX 1080 Ti 11G Review
- Intel Optane Memory 32GB M.2 NVMe SSD Review
- ASRock Fatal1ty Z270 K6 USB 3.1/TB Issues
- Nokia partners with Lucasfilm to deliver an immersive behind-the-scenes VR experience of Star Wars: The Last Jedi
- New LaCie 2big Dock Thunderbolt 3 bridges the port gap and delivers massive capacity to streamline creative workflows
- ENERMAX launches D.F. STORM, the 3500RPM fan featuring self-cleaning design
- Tenda unveils new USB 3.0 AC1300 wireless network adapter
- SAPPHIRE introduces new PULSE graphics card family