Concentric Slave Cylinder | Lifan X60 hydraulic clutch systems | Material: Aluminum (ISO 630) ▲ to Bearing Steel (ASTM A228) (Base to Advanced) Concentric design (SAE J1223, reduces wear by 30%) | Lightweight (▲20% less mass than steel) Corrosion resistance (▲50% fatigue resistance over cast iron) Precise force transmission | Higher cost (Base: $50, Advanced: $80) Requires hydraulic fluid compatibility |
Hydraulic Slave Cylinder | Modern cars with hydraulic clutch systems | Aluminum body (ISO 630, ▲20% lighter than steel) 22mm bore (SAE J1223) | Smooth operation (▲ fluid efficiency) Low maintenance (▲ no wear parts) | Susceptible to leaks (▲15% higher leak risk vs mechanical types) Fluid maintenance required |
Mechanical Slave Cylinder | Older vehicles, heavy-duty machinery | Steel (ASTM A36) Manual operation | No hydraulic dependency (▲ simplicity) Cost-effective (▲$30 cheaper than hydraulic) | Higher wear (▲2x lifespan reduction vs hydraulic) Less precise force control |
Master Cylinder | Brake systems, clutch systems | Aluminum (ISO 630) 12mm bore (SAE J1223) | High-pressure output (▲ ideal for braking) Universal compatibility | Not optimized for clutch applications (▲ requires customization) Noisier operation |
Clutch Release Bearing | Manual transmission vehicles | Steel (ISO 683-19) 40mm diameter (SAE J1223) | Long lifespan (▲100k cycles) Reduces clutch wear (▲30% less wear) | Requires precise alignment (▲ installation complexity) Noisier operation (▲43 dBA) |
Pneumatic Slave Cylinder | Industrial machinery with pneumatic systems | Stainless steel (ASTM A240) 30psi (ISO 6358) | Quick response (▲0.5s activation) No hydraulic fluid (▲ maintenance-free) | Complex installation (▲ requires air compressor) Sensitive to leaks (▲50% failure risk) |