Friction Lining TRIZ Cases
- Non-asbestos Brake Friction Material Copper Elimination
Titanate additives in a phenolic composite replace copper to maintain heat transfer while preventing rotor wear.
- Copper-Free Brake Pad Friction Material
Replacing expensive copper and titanates with steel wool and sulfide lubricants reduces manufacturing costs while maintaining high temperature stability.
- Copper-Free Friction Material Composition for Brake Linings
A copper-free friction material composition uses fibrous aluminum magnesium alloy and sulfur-based lubricant to form a thermosetting matrix.
- Recycled Carbon Fiber Reinforced Ceramic Brake Discs
A method for producing fiber reinforced ceramic shaped bodies using recycled carbon-containing plastic residues.
- Wet Clutch Friction Lining Hardness Optimization
Optimizing filler Mohs hardness between 9.0 and 9.5 balances wear resistance with reduced abrasive effects on mating surfaces.
- Non-asbestos Friction Material with Titanate Salt
Titanate salts suppress metal catch formation while maintaining abrasion resistance in non-asbestos brake materials.
- Resin Molding Material Abrasion Resistance
Adhesive carbon substance improves resin molding material abrasion resistance while maintaining mechanical strength.
- PTFE Mesh Barrier for Film Boiling Densification
A PTFE mesh barrier wraps porous preforms during film boiling, reducing surface cooling and power consumption while ensuring homogeneous densification.
- Pitch Infiltration for Carbon Fiber Brake Disc Densification
Vacuum pressure infiltration densifies carbon fiber preforms with pitch to replace costly chemical vapor deposition processes.