Heavy-Duty 4x4 Rear Brake Pads with Laser-Cooling Grooves and Zinc Anti-Corrosion Layer for Extreme Off-Road Conditions
Heavy-Duty 4x4 Rear Brake Pads with Laser-Cooling Grooves and Zinc Anti-Corrosion Layer for Extreme Off-Road Conditions
Heavy-Duty 4x4 Rear Brake Pads with Laser-Cooling Grooves and Zinc Anti-Corrosion Layer for Extreme Off-Road Conditions
Heavy-Duty 4x4 Rear Brake Pads with Laser-Cooling Grooves and Zinc Anti-Corrosion Layer for Extreme Off-Road Conditions
Heavy-Duty 4x4 Rear Brake Pads with Laser-Cooling Grooves and Zinc Anti-Corrosion Layer for Extreme Off-Road Conditions
Heavy-Duty 4x4 Rear Brake Pads with Laser-Cooling Grooves and Zinc Anti-Corrosion Layer for Extreme Off-Road Conditions

4×4 Off-Road Rear Brake Pads – Semi-Metallic Extreme Terrain Formula

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Rugged Terrain Braking Solution|Dust-Reducing Technology
Aftermarket brake pads engineered for heavy-duty 4×4 vehicles with integrated trailer tow packages.

Material Innovation
Advanced Compound

  • 63% Steel Wool Matrix (SAE J866 tested)

  • Graphite-Infused Backing Plate (Thermal conductivity ≥18 W/m·K)

  • Ceramic-Reinforced Edges (Rock crawling optimized)

Durability Features
◆ 580°C Thermal Capacity (ISO 26867 graded)
◆ Cross-Hatch Surface Scoring (35° grooves for mud clearance)
◆ Phosphate Anti-Corrosion Coating (MIL-C-16232 standard)

Performance Advantages
• Progressive Friction Curve (0.44μ cold to 0.48μ hot)
• Integrated Copper-Free Shim (WSS-M1P385-A2 compliant)
• Pre-Drilled Sensor Ports (2.5mm precision alignment)

Installation Warning
⚠️ Requires post-assembly burnishing procedure (20x 30mph-5mph cycles)
⚠️ Not compatible with ceramic composite rotors
⚠️ Use only silicone-based brake grease

Compatibility Check

  1. Confirm axle type (Dana 44 equivalent)

  2. Verify rotor surface hardness ≥HB 260

  3. Check ABS sensor interface (12-pin connectors)