Natural Fibers
Teijin Aramid program produces bio-based, high-performance aramid fibers
The 2018 pilot program, in partnership with BioBTW, successfully produces Twaron yarn from bio-based aromatic materials without altering the material properties.
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Polestar announces production plans for natural composites-intensive BEV
The Precept battery electric vehicle, developed by Volvo’s Polestar brand, is said to feature Bcomp interior and exterior flax fiber composite panels.
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Hypetex, SHD offer colored carbon fiber prepreg solutions
The partnership will supply Hypetex-colored fabrics with SHD’s MTC500 series epoxy resin systems, enabling visual component finishes and the potential for weight and cost savings.
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Natural fiber crash box design for motorsport
The natural fiber Front Impact Absorbing Structure (FIAS) prototype showed desired crash behavior and eradication of sharp splintering, proving it as an alternative to carbon fiber in motorsport applications.
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Porsche, Bcomp collaborate on racing car with all-natural fiber composite bodywork
The Cayman 718 GT4 CS delivers a full natural fiber composite bodywork kit for the Four Motors racing team at the 24 Hours Nürburgring race.
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Mafic, The Materials Group partner to increase basalt fiber in thermoplastics
The alliance emphasizes basalt fibers’ capabilities as a replacement for existing filled materials and target structural automotive applications.
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McLaren, Bcomp use natural composite fibers in F1 racing seat
The flax fibers meet strength and stiffness requirements while reducing vibration, cost, enhancing safety and lowering its CO2 footprint by 75%.
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Volta Trucks incorporates Bcomp’s natural fiber technologies in automotive application
Bcomp’s natural flax fibers and bio-based resin derived from rapeseed oil ensures sustainability, safety and significant weight savings.
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Sustainable date palm fibers developed from agricultural waste
Developed by an Egyptian research consortium, PalmFil fibers and nonwovens have been developed for use in automotive composite applications and more.
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Purdue develops lignin extraction method for sustainable composite board resin binder
The extraction method reduces production cost, long-term health hazards and can be used as the main component in a non-formaldehyde binder system.
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