The performance of passenger car brake pads is directly shaped by their friction materials, and PASSENGER CAR BRAKE PADS LOW METALLIC FRICTION MATERIALS stands out as a high-performance solution, merging reliability, durability, and user comfort. Below are its core advantages in applications, backed by precise technical data.
Table of Contents
First: Stable Friction Coefficient for Reliable Stopping
PASSENGER CAR BRAKE PADS LOW METALLIC FRICTION MATERIALS maintains a steady friction coefficient (0.38-0.45) between -40°C and 600°C, thanks to its optimized brake pads formula. This brake pads mixture combines 15-20% low-carbon steel fibers with ceramic particles, avoiding friction fade above 500°C and reducing emergency stopping distance by 8-10% (vs. non-metallic materials). The uniform brake pads friction materials also minimizes pedal pulsation for consistent braking.
Second: Excellent Durability with Low Wear
This material boasts an ultra-low wear rate (0.08-0.12 mm/1000 km) due to its wear-resistant brake pads mixes. Blending corrosion-resistant metallic fillers and high-temperature resins, it extends brake life by 30-35% (vs. semi-metallic options) and reduces rotor wear to 0.02 mm/1000 km. The robust brake pads formula prevents shedding, ensuring longevity in urban stop-and-go conditions.
Third: Effective Thermal Management & Noise Reduction
With thermal conductivity of 1.2-1.5 W/m·K, the metallic components in this brake pads mixture act as heat sinks, lowering peak brake temperature by 40-50°C during downhill driving. Its 18-22% porosity absorbs vibration, cutting braking noise by 15-20 dB. This dual benefit enhances safety and driving comfort.
PASSENGER CAR BRAKE PADS LOW METALLIC FRICTION MATERIALS delivers top-tier performance via its advanced brake pads friction materials and precise formulation—making it a trusted choice for automotive safety.
