At Annat Frictions, our Motorcycle Brake Pads Semi Metallic Formula delivers balanced high performance for two-wheelers, powered by a precision Brake Pads Formula that blends metallic and organic components to optimize Brake Pads Friction Materials. Let’s explore its working mechanism, core advantages, and technical specs.
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Motorcycle Brake Pads Semi Metallic Formula
The formula’s reliability stems from a tailored Brake Pads Mixture: 35-45% high-grade steel fibers, copper particles, and ceramic-reinforced resin binders. Unlike full-metallic or pure organic Brake Pads Mixes, this semi-metallic design balances heat dissipation and friction stability. When braking, the brake pads friction materials form a durable 0.003-0.005mm transfer film, ensuring consistent stopping power while resisting heat fade—critical for dynamic riding.
Brake Linings Zircon Powder
Key advantages include exceptional heat resistance, long durability, and versatile performance. Test data shows the pads retain 86% of original thickness after 38,000km (28% higher than organic alternatives) and maintain peak performance at 650°C. The Semi-Metallic Brake Pads Mixture reduces braking distance by 12% at 80km/h and operates at ≤64dB (30% quieter than full-metallic pads). Additionally, the brake pads formula extends rotor life by 25% via gentle contact.
Brake Shoes Zircon Powder
Technical parameters: friction coefficient 0.42-0.48 (JIS D 4411 compliant), operating temperature -30°C to 680°C, compression strength 8.3 GPa. Every batch of brake pads mixes undergoes 14 quality checks to ensure formula consistency, performing reliably in city commutes or mountain rides.
In summary, Annat Frictions’ Semi Metallic Formula leverages premium brake pads friction materials and a precision brake pads mixture—ideal for riders seeking balanced power, durability, and adaptability.
