For professional clients, "meeting OE standards" is merely the entry ticket. In a competitive market, what truly helps you build reputation, reduce comebacks, and secure long-term profitability are the "hidden champions" that exceed these benchmarks. This article uses concrete data and facts to demonstrate how our brake pads surpass OE standards across key performance indicators.

 Typically focuses on friction coefficient stability within a conventional temperature range (e.g., 100-350°C), with relatively broad thresholds.

 We focus on thermal fade prone during high-frequency, heavy-duty braking. Utilizing high-performance ceramic/low-copper formulas and special heat treatment processes, our brake pads maintain over 85% of their friction coefficient in the critical high-temperature range of 350°C to 550°C, significantly exceeding the industry average of 70%.

 Provides firm pedal feel even during mountain descents or aggressive driving, effectively preventing "brake softening" and greatly enhancing safety.

 Meets basic life cycle tests, often balancing wear resistance against noise control.

 By optimizing material structure and adding reinforcing fibers, we have reduced the wear rate of our brake pads by 15%-20% while maintaining low noise levels. Bench test data shows our product life is approximately 15,000 km longer than standard OE parts under identical conditions.

 Offers end customers longer replacement intervals and lower long-term cost of ownership. This directly translates to enhanced service reputation and increased customer loyalty for your business.

 Complies with mandatory national standards (e.g., GB 5763).

 Through high-temperature, high-pressure single-press molding and superior bonding technology between the backing plate and friction material, we have increased the shear strength of our brake pads by over 25%, achieving ≥25 MPa. This ensures complete resistance to material delamination or cracking from the backing plate, even under severe braking conditions.

 Significantly reduces warranty claims and comeback costs related to core product quality issues, enabling truly "worry-free" procurement.

 Our NVH (Noise, Vibration, and Harshness) optimization system ensures minimal noise under 95% of common driving conditions and reduced brake dust that won't corrode alloy wheels, meeting the dual demands of comfort and aesthetics for premium vehicle owners.

 The specially formulated material hardness ensures strong braking power while minimizing abnormal wear on the brake discs, protecting the higher-value brake rotor assembly.

Choosing us means selecting not just a compliant part, but a comprehensive solution dedicated to enhancing the safety and profitability of your business. We are committed to being your most reliable technical partner, backed by visible data and performance that stands up to the toughest tests.