At Annat Frictions, our Motorcycle Brake Pads Non Asbestos Formula redefines two-wheeler braking safety and performance with an innovative Brake Pads Formula that eliminates asbestos, relying on advanced Brake Pads Friction Materials for reliability. Let’s explore its working mechanism, core advantages, and technical specs.
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Motorcycle Brake Pads Non Asbestos Formula
The formula’s performance hinges on a precision-crafted Brake Pads Mixture, blending high-strength ceramic fibers, aramid composites, and heat-resistant resin binders. Unlike asbestos-containing Brake Pads Mixes, this non-asbestos design avoids toxic fiber release and thermal degradation. When braking, the brake pads friction materials form a uniform 0.003-0.005mm transfer film, delivering consistent stopping power while reducing wear on both pads and rotors.
Brake Linings White Rock Wool
Key advantages include eco-safety, long durability, and stable performance. Test data shows the brake pads retain 88% of original thickness after 38,000km—28% higher than asbestos alternatives. The non-asbestos brake pads mixture reduces braking noise to ≤63dB (32% quieter than industry averages) and eliminates asbestos-related health risks, complying with global environmental standards. Additionally, the brake pads formula extends service life by 35% in high-temperature conditions.
Brake Linings Wollastonite
Technical parameters: friction coefficient 0.42-0.48 (JIS D 4411), operating temperature -35°C to 630°C, compression strength 8.2 GPa. Every batch undergoes 13 quality checks to ensure uniformity in brake pads mixes, guaranteeing linear braking for city or mountain rides.
In summary, Annat Frictions’ Motorcycle Brake Pads Non Asbestos Formula leverages premium brake pads friction materials and a precision brake pads mixture—ideal for riders prioritizing safety, durability, and environmental responsibility.
