Epoxies
Medical applications: A healthy market
Composites make advances in devices for medical diagnosis and treatments that promote healing and help return patients to active lives.
Read MoreThe Private Space Race
NASA passes the development torch to legacy contractors and NewSpace entrepreneurs, igniting a new competition in space transport.
Read MoreF1-inspired MonoCell: Racing safety for the road
Resin transfer molding makes CFRP passenger cell mass-producible for new model supercar.
Read MoreDeepsea submersible incorporates composite pressure capsule
Spencer Composites Corp. (Sacramento, Calif.) fabricates the inner carbon/epoxy composite pressure capsule for a submersible deepsea vessel the late Steve Fossett was to take to the depths of the Pacific Ocean's Mariana Trench.
Read MoreThird-party tests support claim for crosslinking spray adhesive
Tests support Westech's claim that its InfuZene spray adhesive crosslinks with vinyl ester, polyester or other styrenated thermoset resins during infusion.
Read MoreA400M cargo door: Out of the autoclave
This structural military airframe part is the largest made to date via the vacuum-assisted resin infusion process.
Read MoreThe key to CNTs: Functionalization
An emerging supply base is integrating carbon nanotubes into commercial products that enable composites manufacturers to optimize part performance.
Read MoreTough I-beam bridge for tank traffic
Immiscible polymer blending combines the strength of HDPE and the stiffness of glass-reinforced PP to create I-beams with specific strength greater than steel.
Read MoreThermoplastic tubulars: Robust flexibility for offshore wells
In the oil and gas industry, a fiber-reinforced thermoplastic composite pipe (TCP) system from Airborne Composite Tubulars (The Hague, The Netherlands) is providing a less-expensive alternative to the traditional “rig” for flushing subsea wellhead stacks and injecting glycol under pressure.
Read MoreUrban turbine redesign taps benefits of additive fabrication
Michael R. LeGault details efforts to produce an anti-icing system for “small-wind” vertical-axis wind turbine blades.
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