At Annat Frictions, we recognize that a truck’s braking performance hinges entirely on the precision of its Brake Pads Formula—and our High Metallic Formula stands as the gold standard for heavy-duty reliability.
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Truck Brake Pads High Metallic Formula
So, how does this advanced formula work? It starts with our proprietary Brake Pads Mixture: a calibrated blend of high-grade metallic components (including 35-40% iron, copper, and aluminum alloys) and reinforced organic binders. Unlike standard formulas, this metallic core is engineered to create consistent, powerful friction when pressed against the brake rotor—converting the truck’s kinetic energy into heat efficiently, even under extreme loads. What makes it unique is how the Brake Pads Friction Materials interact: the metallic particles ensure minimal wear (just 0.02mm per 1,000 km of heavy-haul driving) while the binder matrix prevents cracking, even at temperatures reaching 600°C.
Truck Brake Shoes Metallic Free Formula
Our High Metallic Formula’s advantages are rooted in data and design. First, it delivers unmatched durability: lab tests show it lasts 50% longer than semi-metallic alternatives, cutting replacement frequency for fleet operators. Second, it offers stable braking force—with a friction coefficient (μ) maintained at 0.45-0.55 across temperature ranges, eliminating “brake fade” during long downhill stretches or frequent stops. Third, it’s low-maintenance: the homogeneous structure of our Brake Pads Mixes reduces rotor scoring, extending the life of both pads and rotors by up to 30%.
Truck Brake Shoes NAO(Non Asbestos Organic) Formula
Every batch of our High Metallic brake pads undergoes strict quality checks—from material composition audits to dynamic performance testing—to ensure it meets Annat Frictions’ uncompromising standards. For trucks that carry heavy loads, traverse tough terrains, or operate in high-demand logistics, this formula isn’t just a component—it’s a guarantee of safety, efficiency, and long-term value.
