The performance of passenger car brake pads is fundamentally determined by their material composition, and the PASSENGER CAR ceramic brake pads mixture is the key to enhancing core indicators like friction, wear resistance and user experience. Bull Chemicals has tailored this high-performance mixture, making its brake pads friction materials highly recognized in the automotive industry.
Table of Contents
First: Stable Friction for Reliable Braking
The PASSENGER CAR CERAMIC BRAKE PADS MIXTURE boasts exceptional friction stability. Its optimized brake pads formula combines high-purity ceramic fibers and modified resin, maintaining a stable friction coefficient of 0.38-0.45 even when the temperature ranges from -40℃ to 600℃. The friction coefficient fluctuation rate is less than 8%, 15% lower than traditional metal-based brake pads mixes, effectively preventing brake fading and ensuring safe and consistent braking for passenger cars.
Second: Superior Wear Resistance for Longer Service Life
The scientific proportion of the brake pads mixes significantly improves wear resistance. With 5.2% nano-alumina as a reinforcement, the wear rate of brake pads made from this mixture is reduced to 0.08 cm³/(MJ), 30% lower than ordinary ceramic brake pads. Actual vehicle tests verify that these brake pads can achieve a service life of 60,000-80,000 kilometers, greatly reducing replacement frequency and enhancing product cost-effectiveness.
Third: Noise and Dust Reduction for Better User Experience
Compared with other brake pads friction materials, this mixture excels in noise and dust suppression. The porous structure of ceramic fibers absorbs braking vibration, reducing noise to below 55 decibels, 20% lower than semi-metallic brake pads. Meanwhile, hydrophilic components in the brake pads formula make generated dust easy to wash away, reducing wheel dust accumulation by over 40%, which improves driving comfort and keeps the vehicle clean.
In summary, the PASSENGER CAR CERAMIC BRAKE PADS MIXTURE directly dictates the comprehensive performance of brake pads, and its outstanding advantages make it the preferred choice for high-end passenger car brake systems.
