How Does Motorcycle Brake Pads Sintered Ceramic Formula Work？

China Brake Pads Mixes Factory
Whatsapp: +86-13857117411
Email: annatfrictions@163.com
https://www.brakepadsmixes.com
----------------------------------
How Does Motorcycle Brake Pads Sintered Ceramic Formula Work？

At Annat Frictions, our Motorcycle Brake Pads Sintered Ceramic Formula sets a new standard for high-performance two-wheeler braking, built on a heat-press refined brake pads formula that maximizes the durability and stability of premium brake pads friction materials. Let’s explore its working mechanism, core advantages, and technical specifications.

https://www.brakepadsmixes.com/truck-...

The formula’s superiority originates from a high-density brake pads mixture, blending ceramic fibers, sintered copper particles, and thermoset resin binders. Unlike conventional brake pads mixes, our sintered ceramic variant undergoes a 850°C high-temperature sintering process, which fuses the friction materials into a solid, porous structure. When braking, the brake pads friction materials form a dense, heat-resistant transfer film (0.004–0.007mm thick) on the rotor surface, ensuring consistent friction force even under extreme thermal stress, with zero fade or glazing.

https://www.brakepadsmixes.com/motorc...

Key advantages include outstanding heat resistance, long service life, and low rotor wear. Test data verifies that the sintered ceramic formula maintains a stable friction coefficient even at 700°C, outperforming semi-metallic alternatives by 40% in high-temperature scenarios. It retains 92% of its original thickness after 45,000km of riding, extending service life by 35%, and reduces rotor abrasion by 50% compared to metallic pads. Additionally, the formula cuts brake dust production by 94% and keeps operational noise below 62dB, 36% quieter than industry averages.

https://www.brakepadsmixes.com/car-br...

Technical parameters underscore its reliability: friction coefficient of 0.44–0.50 (compliant with JIS D 4411), operating temperature range of -40°C to 720°C, and compression strength of 9.1 GPa. Every batch of brake pads mixes undergoes 17 rigorous quality inspections to ensure the brake pads formula’s uniformity, making it ideal for aggressive riding, track days, and mountainous terrain.

In summary, Annat Frictions’ Motorcycle Brake Pads Sintered Ceramic Formula leverages advanced sintering technology and high-grade brake pads friction materials to deliver uncompromising braking performance— the top choice for riders pursuing safety, durability, and high-intensity riding experiences.