At Annat Frictions, our Car Brake Pads Sintered Formula redefines heavy-duty braking performance—relying on high-temperature fusion of Brake Pads Friction Materials and precision blends to deliver unmatched durability, heat resistance, and stability.
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Car Brake Pads Sintered Formula
The key to its function is the sintering process: we compress our custom Brake Pads Mixture (metal-ceramic composites, high-strength fibers, and bonding agents) and heat it to 800-880°C under 50-60 MPa pressure. This fuses the brake pads friction materials into a dense, porous structure that handles extreme stress. When braking, even at peak temps (up to 720°C, typical in trucks or high-speed cars), it maintains a friction coefficient of 0.44-0.49—surpassing the industry’s sintered average of 0.37-0.42—so stopping power stays consistent, no matter the load or speed.
Car Brake Shoes No Copper Formula
Our proprietary Brake Pads Formula and tailored Brake Pads Mixes make this possible. Each batch uses a strict ratio: 32-36% iron-copper alloy (heat conduction), 22-25% ceramic particles (wear reduction), 18-20% aramid fibers (tensile strength), and 9-11% graphite (lubrication). This blend delivers two critical advantages: a 45% longer service life than conventional sintered pads (testing shows 75,000-85,000 km vs. 50,000-55,000 km) and minimal pad wear—only 0.012-0.018 mm per 1,000 km, far less than the 0.025-0.03 mm average of standard options.
Car Brake Shoes No Metallic Formula
It also excels in harsh conditions: the Sintered Brake Pads Mixture resists corrosion from rain or road salt, and runs at under 53 decibels (quieter than a busy café) thanks to graphite in the brake pads mixes. For Annat Frictions, every brake pads formula and mixture is built to turn braking into a reliable, long-lasting safety guarantee.
