Innovative Celanese Polymers Help Automakers Create Designs to Improve Vehicle Appearance, Weight and Performance
Fri, September 30 2016
“Automakers answer to government regulators, investors and drivers
around the world, who collectively never stop improving design, safety
and performance, all while keeping costs down,” said
Automotive OEMs, tiers and molders worldwide use
Auto OEMs are seeking a materials partner who can achieve three key manufacturing strategies:
-
Performance and Energy Management: Efficient energy consumption
is critical to electric vehicles and for any vehicle to handle extreme
driving conditions.
Celanese polymers help lighten battery housings while also improving battery performance and thermal management to help any car or truck boost performance and better handle the rigors of the road. -
Appearance solutions: Designers and engineers have the freedom
to replace metal to improve interior and exterior components.
Celanese MetaLX® metal-effect and mold-in-color polymers create high-gloss or matte finishes that are UV and scratch resistant and lightweight without sacrificing dimensional stability or mechanical properties. Polymer seating components, overhead bins and consoles are easier to mold into precise shapes, stronger and less expensive to produce, while thermally conductive plastics in LED headlamps are lightweight and safer and allow for efficient, high-output lighting. -
Simplifying complex systems:
Celanese engineers apply their collective experience to help auto OEM designers and engineers think about how to design critical, multi-part, complex systems with chemical resistant, dimensionally stable and lightweight solutions. Many materials enable smaller engines to lower fuel consumption and emission levels, while other polymers facilitate higher flow, complex part manufacturing. As automakers address complex, thin wall part systems,Celanese is launching at K 2016 an innovative polymer, Celstran® high flow LFT, specifically designed for high mechanical profile long fiber thermoplastics (LFT) that meets component design specifications.
Each
“Drivers expect dazzling designs and superior performance at practical prices without compromising safety, durability or functionality. Manufacturers must meet these demands while also staying true to their goals,” said Elliott. “We’re our customers’ first choice solution source for engineered materials because we fulfill their immediate needs but also inspire them to revolutionize how they design vehicles to stay ahead of regulations and driver demand – and get better vehicles to market first.”
To learn more about
To learn more about K 2016, visit www.k-online.com/.
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