Thermal Dissipation & Severe Anti-Fade Engineering
Fully laden commercial vehicles operating on steep descents generate rotor temperatures exceeding 700°C. Heavy-duty semi-metallic compounds utilize high-density steel matrices and refractory ceramic modifiers to prevent thermal fading.
- Stable high friction coefficient (μ 0.40–0.50) maintained across continuous deceleration cycles.
- Rapid thermal conduct away from the friction interface, protecting caliper pistons and brake fluid seals.
Mechanical Retention: NRS Hook Matrix Technology
Heavy commercial braking creates enormous shear stresses. In addition to chemical adhesives, our commercial vehicle backing plates feature integrated mechanical locking systems.
- Hundreds of raised steel hooks punched directly into the backing plate bite deeply into the friction puck during pressing.
- Guarantees 0% risk of pad debonding or delamination, even under extreme shock loads and thermal distortion.
Reducing Fleet Total Cost of Ownership (TCO)
By balancing pad wear rates with gentle rotor abrasion, our commercial formulations extend service intervals and minimize expensive disc replacement cycles.
