Focus on Design
Proving performance in EV powertrains
Simulation-driven development replaces aluminum with thermoplastic composites in gearbox housing.
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CFRP module saves weight on rocket design
Taking advantage of carbon fiber/PEEK mechanical and thermal performance, the Technical University of Munich replaces an aluminum rocket module with a 40+% lighter composite alternative.
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Hybrid thermoplastics give load floor impact strength
Project leads to development of new compression process for selective application of D-LFT on UD tape laminates.
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Pushing EVs forward
Multifunctional chassis design and novel composites processes enable lighter, longer-range, safer electric vehicles.
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Composite container protects satellites — on the ground
Cored composites add the strength, smoothness and portability needed for a container built to ship satellites over air, land and water.
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Heatshield for Extreme Entry Environment Technology (HEEET): A broader mission
3D woven fabric enables scalable, tailorable heatshield that cuts cost, boosts performance for future spacecraft.
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Composites perform water rescue in high-speed rail tunnel
Channeling out the great quantities of water that flow into Spain’s Pajares railway tunnels in the Cantabria Mountain range required an award-winning composites innovation.
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Low weight on the high seas
A new, award-winning composite shipbuilding material saves fuel, increases car shipping capacity.
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Wood/carbon composites for architecture
Innovative organic architecture enabled with wood/carbon laminates, software tools.
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Composites-intensive folding bike: Simplifying multi-modal transportation
The world’s lightest folding bike relies on CFRP for high stiffness and strength at low weight.
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