Thermoplastics
CFRTP upper stage propellant tank
PROCOMP uses in-situ consolidation AFP and ultrasonic welding to demonstrate lightweight, novel tank design.
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9T Labs, Purdue University to advance composites use in structural aerospace applications
Partnership defines new standard of accessibility to produce 3D-printed structural composite parts as easily as metal alternatives via Additive Fusion Technology, workflow tools.
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Lanxess equips SUVs with Tepex dynalite underbody paneling
Robust thermoplastic panels are 30% lighter than steel designs, features higher resistance to stone impacts or other damage, indicating future applications in electric-, hydrogen-powered vehicles.
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Collins Aerospace selected by AFRL to build thermoplastic composite fin for F-16
Part of $100 million, five-year investment to advance, qualify thermoplastic composites for military and commercial aero applications.
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Forvia brand Faurecia exhibits XL CGH2 tank, cryogenic LH2 storage solution for heavy-duty trucks
Part of its full hydrogen solutions portfolio at IAA Transportation 2022, Faurecia also highlighted sustainable thermoplastic tanks and smart tanks for better safety via structural integrity monitoring.
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Tri-Mack introduces thin, lightweight thermoplastic composite enclosures
Durable, low-cost manufacturing support wide range of industrial uses, with option for embedded EMI shielding.
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Battery enclosure demonstrator testing proves EV feasibility, launches series production projects
Kautex Textron and Lanxess jointly developed and tested a PA6 technology demonstrator, reinforced with locally placed continuous fiber blanks, which passed all important mechanical, thermal tests.
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Thermoplastic composites welding: Process control, certification, crack arresters and surface prep
More widespread use of welded composite structures within a decade? Yes, but further developments are needed.
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Thermoplastic composites welding advances for more sustainable airframes
Multiple demonstrators help various welding technologies approach TRL 6 in the quest for lighter weight, lower cost.
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Researchers propose new technology to produce composites with adjustable properties
MISIS University and Skoltech scientists develop a method to obtain carbon fiber-reinforced polyethersulfone composite materials for aviation with adjustable properties.
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