Friction Lining TRIZ Cases
- Boride-Formed Carbon Composites for Consistent Aircraft Brake Wear
Oxide and boron infiltration followed by CVI and heat treatment forms borides in carbon composites to stabilize brake wear and extend service life.
- Brake Pad Manufacturing with Quality Stabilization Pressing
Heating and pressing friction material after forming removes manual clamping, stabilizes brake pad quality, and shortens heat treatment.
- Aircraft Brake Composite with Boron Carbide for Higher Heat Capacity
Chopped carbon fiber, boron-based powder, and CVI densification raise aircraft brake heat capacity while preserving manufacturable composite structure.
- Silicon Carbide Whiskers in Carbon Brake Composites for Wear Life
Partial densification and silicon infiltration form SiC whiskers in carbon brake composites, improving wear resistance and heat capacity.