Fibre Chemical Features TRIZ Cases
- Low z high performance carbon composite materials
See how staged needling, pre-carbonization compression, and controlled heating achieve 20-24% f
- Low z high performance carbon composite materials
See how controlled needling density and pre-carbonization compression achieve 20-24% fiber volu
- Carbon-Carbon Brake Composite with Reduced Z-Fiber Needling
Two-stage needling and pre-compression raise in-plane fiber volume while reducing z-fibers for more durable carbon-carbon brake parts.
- Hybrid Polymeric Joint With Weldable Thermoset Interface
A thermoplastic interlayer and thermal barrier enable welding thermoset and thermoplastic parts without fasteners, adhesives, or heat damage.
- Hybrid Polymeric Joint with Weldable Surface for Fastener-Free Bonding
A weldable thermoplastic interlayer and thermal barrier let thermoset and thermoplastic parts fusion bond without fasteners, curing delays, or heat damage.
- Composite Pipe Reinforcement for Conductive Bent Fuel Lines
Localized carbon-fiber reinforcement stiffens bent composite fuel pipes while a continuous conductive layer preserves electrical discharge paths.
- Composite Pipe Material Layout for Stiff Conductive Bends
A continuous conductive composite layer with local carbon-fiber stiffening keeps bent pipe sections rigid without breaking electrical continuity.