Materials
Integrating antennas into composite aerostructures
ACASIAS project integrates Ku-band array antenna in novel AFP orthogrid with drastically reduced tooling for more fuel-efficient, multifunctional CFRP aircraft fuselage panel.
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Avient launches moisture-resistant nylon long fiber thermoplastic composite
Nylon 6 and 6/6-based Complēt composite effectively prolongs the effectiveness of a part’s structural capabilities in humid environments and features a smooth surface appearance.
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Teijin establishes carbon fiber product operations in Vietnam
Teijin’s new carbon fiber product line, which includes prepregs, will be initially produced for sports-related applications.
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Airtech 3D-printed resins deliver composite tooling for competitive motorsport vehicles
BBi Autosport joins with Airtech Advanced Materials Group to develop high-performance carbon fiber body panels for its Porsche race cars using Dahltram resins and Print-Tech services.
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Mafic USA expects to double U.S. basalt fiber production capacity
Company recently completed its first year of operations in Shelby, North Carolina, and plans for a continued increase in basalt fiber adoption and growth.
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9T Labs assesses AM for medical, aerospace applications
9T Labs conducts two studies to assess the viability of its Red Series additive manufacturing system to manufacture a carbon fiber/PEKK aerospace hinge and a surgical tool.
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Mar-Bal fire-resistant composite wastebasket promotes fire safety
Made from thermoset composites reinforced with glass fiber, Waste-Safe is able to contain a fire without burning, melting or collapsing.
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Hexcel sponsorship showcases carbon fiber prepreg capabilities for UAV applications
Students from the University of Applied Sciences Upper Austria developed a camera drone from Hexcel carbon fiber prepreg and resin systems for a 42% reduction in structural mass.
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Sustainable Marine carbon fiber tidal turbine rotors pass accelerated lifetime testing
Rigorous testing performed at the National University of Ireland, Galway successfully subjected the 4-meter blades to conditions equivalent to 20 years of operation in the field.
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Orbital continues to progress toward commercialization
Orbital Composites is pursuing a variety of collaborative projects to apply its Orbital S robotic additive manufacturing system.
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