At Annat Frictions, our Motorcycle Brake Pads Non Metallic Formula redefines two-wheeler braking reliability with an advanced Brake Pads Formula that eliminates metallic components, relying on high-performance Brake Pads Friction Materials for consistent performance. Let’s break down its working principle, core advantages, and technical specs.
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Motorcycle Brake Pads Non Metallic Formula
The formula’s efficiency stems from a precision-engineered Brake Pads Mixture, blending high-purity ceramic fibers, aramid composites, and thermally stable resin binders. Unlike metallic Brake Pads Mixes, this non-metallic design avoids rotor scoring, corrosion, and heat-induced fade. When braking, the brake pads friction materials form a uniform 0.002-0.004mm transfer film, delivering predictable stopping power even in extreme temperature fluctuations.
Brake Linings Wollastonite
Key advantages include ultra-quiet operation, long-lasting durability, and eco-friendliness. Test data confirms the brake pads retain 90% of their original thickness after 40,000km of riding—30% higher than metallic alternatives. The Non-Metallic Brake Pads Mixture reduces braking noise to ≤60dB (40% quieter than industry averages) and produces 98% less toxic dust, while extending rotor life by 40%.
Brake Linings Wollastonite
Technical parameters highlight its superiority: friction coefficient 0.41-0.47 (compliant with JIS D 4411), compression strength 7.8 GPa, thermal conductivity 0.35 W/m·K, and operating temperature range -40°C to 620°C. Every batch of brake pads mixes undergoes 14 quality control checks to ensure consistency in the brake pads formula.
In summary, Annat Frictions’ Motorcycle Brake Pads Non Metallic Formula leverages top-tier brake pads friction materials and a precision brake pads mixture—ideal for riders seeking safe, quiet, and eco-conscious braking solutions without compromising performance.
