Cast Iron Brake Rotors (Industry Standard) | Everyday passenger vehicles | Material: Cast Iron (ASTM A246) Thermal Conductivity: 50-60 W/m·K Weight: 8-10 kg (ISO 3833) | Cost-effective (▲0) Durable under normal conditions (▲0) | Heavy (▲-1) Prone to thermal fade at high temps (▲-1) |
Steel Ventilated Rotors (Industry Standard) | SUVs, light commercial vehicles | Material: Steel (ASTM A36) Ventilation Slots: 12-15 (SAE J243) Weight: 7-9 kg (ISO 3833) | Improved heat dissipation vs cast iron (▲+1) Lighter than cast iron (▲+0.5) | Still heavy (▲-0.5) Less durable in extreme conditions (▲-0.5) |
Ceramic Composite Rotors (Industry Mid-Tier) | Performance vehicles, track use | Material: Ceramic Composite (ASTM C316) Thermal Conductivity: 70-80 W/m·K (▲▲) Weight: 6-7 kg (▲▲) | Better heat management (▲▲) Lightweight (▲▲) | Higher cost than cast iron (▲-1) Requires specific brake pads (▲-0.5) |
Our Base Carbon Ceramic Rotors | High-performance cars (e.g., BMW M, Ferrari) | Material: Carbon Ceramic (ASTM C316) Thermal Conductivity: 100-120 W/m·K (▲▲▲) Weight: 5-6 kg (▲▲▲) Ventilation: 18 slots (ISO 12345) | Superior heat dissipation (▲▲▲) Ultra-lightweight (▲▲▲) | Expensive (▲-2) Needs specialized maintenance (▲-1) |
Our Advanced Carbon Ceramic Rotors | Racing, extreme high-performance | Material: Enhanced Carbon Ceramic + Silicon Carbide (Custom Spec) Thermal Conductivity: 140-160 W/m·K (▲▲▲▲) Weight: 4-5 kg (▲▲▲▲) Coating Thickness: 0.5mm (ASTM E845) Temp Resistance: 1400°C (▲▲▲▲) | Unmatched heat resistance (▲▲▲▲) Ultra-light (▲▲▲▲) Extreme durability (▲▲▲▲) | Extremely costly (▲-3) Requires expert installation (▲-2) |
High-Temperature Coated Rotors (Industry Premium) | High-performance applications | Coating: Nickel Alloy (ASTM A751) Temp Resistance: 1000°C (▲▲) Weight: 7-8 kg (▲-1 vs Our Base) | Enhanced temp tolerance (▲▲) Durable coating (▲▲) | Heavy compared to carbon ceramic (▲-2) Coating can degrade (▲-1) |