A Moving Revolution
Advanced Mobility
Automotive Materials for Modern Vehicle Systems
The automotive and consumer electronics industries are converging. Simple electronics are on the way out, and in-vehicle information platforms and advanced safety and electrical systems are moving in. This opens the door to a new way of thinking about automotive materials – more strength, less weight; less add on, more integrated. Making these systems work together requires materials that both advance performance and improve safety and efficiency.
We can help you in your quest to revolutionize mobility, with novel ways to simplify advanced systems, make the driver experience more intuitive and enable the vehicle to travel farther.
APPLICATIONS
Advanced Driver Assist Systems (ADAS)
You focus on keeping pace with technology development while we engineer the materials that will help you pull away from the pack.
Advanced Driver Assist Systems (ADAS)
User Interface
Whether they’re adjusting the seat or changing the station, drivers want dependable, intuitive vehicle controls.
User Interface
Electrification
Meet the ever-changing demands of your electrical vehicles and systems with a new breed of composite materials engineered to fit your needs.
Electrification
Composite Structures
Hybrid and fully electric vehicles are catching up with their gas-fueled cousins. Keep them running longer between recharges with strong yet lightweight structural composites.
Composite Structures
Advanced Driver Assist Systems (ADAS)
You focus on keeping pace with technology development while we engineer the materials that will help you pull away from the pack.
User Interface
Whether they’re adjusting the seat or changing the station, drivers want dependable, intuitive vehicle controls.
Electrification
Meet the ever-changing demands of your electrical vehicles and systems with a new breed of composite materials engineered to fit your needs.
Composite Structures
Hybrid and fully electric vehicles are catching up with their gas-fueled cousins. Keep them running longer between recharges with strong yet lightweight structural composites.