Cured polyphenylene sulfide particles recover pre-compression dimensions upon heating.
Independent gripper units place fiber rovings on a contour-defined depositing face to reduce cutting waste and improve production efficiency.
Concentrate low molar mass precursors at the reaction zone via thermal diffusion to increase fiber growth rates while reducing homogeneous nucleation.
Thermoplastic filaments bond to a polymer layer on a textured surface to create cohesive non-woven textiles.
A water dilutable resin composition uses sugar alcohols and amino compounds to reduce volatile emissions during curing.
Ultralow density fiber composite foam eliminates synthetic binder residues by leveraging hydrogen bonding for structural integrity and fire retardance.
Long-chain polyols combined with carboxylic acid cross-linkers create formaldehyde-free binders that maintain bond strength and resist hot/humid conditions.
Segmented carbon fibre tapes with spaced thermoplastic binders form voids that resolve incomplete resin infusion in composite manufacturing.
Angled cutter rollers segment fiber bundles to prevent tilting and bouncing, achieving isotropic strength in the final composite material.