Epoxies
Preforming goes industrial: Part 2
Automated preforming isn’t only for 2D and 2.5D parts. Innovators are taking successful aim at building 3D preforms at production speeds.
Read MoreSMC: Old dog, more tricks
In the sheet molding compound renaissance, the advent of new resins and compounds are broadening the definition and application of this versatile family of composites.
Read MoreVariable-axial composites open path to lighter composite structures
CFRP recurve bow riser demonstrates design and manufacturing approach with potential to cut weight vs. aluminum by 50-75% while increasing strength and stiffness.
Read MoreFiber-metal laminates in the spotlight
Interest in FMLs is growing again as aeroengineers search for lightweight solutions adaptable to new narrowbody commercial aircraft.
Read MoreSoftware shortens design path to longboard
Materials information program helps optimize materials selection.
Read MoreRTM-based redesign advances safety for one-of-a-kind wind tunnel
Glass fiber and honeycomb spacers between compressor blades get upgraded to a higher factor of safety with less weight using solid carbon fiber and RTM.
Read MoreNASA exploring using carbon nanotube for aerospace applications
NASA worked with Nanocomp to produce carbon nanotube (CNT) fibers to fabricate a carbon nanotube Composite Overwrap Pressure Vessel.
Read More3D TPC structural preforming process lightens car doors
Automated cell manufactures and pre-impregnates continuous-fiber 3D preforms for injection/compression overmolding of parts with complex shapes, and tailored structural properties.
Read MorePreforming goes industrial: Part 1
ATL and AFP-based preforming options now abound for processing dry and/or impregnated reinforcements as quickly as 1 minute or less with potential yearly part yields in the millions.
WatchComposite submersibles: Under pressure in deep, deep waters
Manned deepsea exploration calls for a highly engineered composites solution that saves weight and preserves life — at 6,500-psi service pressure.
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