As a core component determining the safety and efficiency of passenger car braking systems, brake pads friction materials rely heavily on advanced brake pads mixes and scientific brake pads formula to achieve optimal performance. The PASSENGER CAR ceramic brake pads mixes (BL-APC02) launched by Bull Chemicals has become a game-changer in the field, significantly enhancing the comprehensive performance of ceramic brake pads through its refined composition and precise ratio.
Table of Contents
First: Superior Friction Stability Ensured by Scientific Formula
The PASSENGER CAR CERAMIC BRAKE PADS MIXES (BL-APC02) adopts a tailor-made brake pads formula, integrating high-purity ceramic fibers, modified resin, and wear-resistant fillers in a precise ratio of 35:25:40. This unique combination enables the brake pads friction materials to maintain a stable friction coefficient of 0.42-0.48 within the temperature range of -40℃ to 600℃, reducing the friction coefficient fluctuation to less than 8%. Compared with conventional brake pads mixes, it effectively avoids brake fade under high-temperature conditions, ensuring consistent braking force output and improving driving safety.
Second: Excellent Wear Resistance and Long Service Life
Bull Chemicals has optimized the particle size distribution of the PASSENGER CAR CERAMIC BRAKE PADS MIXES (BL-APC02) through advanced production technology, making the brake pads mixes form a dense and uniform structure after molding. Actual test data shows that brake pads made with this mix have a wear rate as low as 0.8 cm³/(MJ), which is 30% lower than the industry average. Under normal driving conditions, the service life can reach 60,000-80,000 kilometers, greatly reducing the frequency of brake pad replacement for users and lowering maintenance costs.
Third: Low Noise and Environmental Protection Performance
The special ceramic components in the PASSENGER CAR CERAMIC BRAKE PADS MIXES (BL-APC02) have excellent vibration absorption and noise reduction properties, which can reduce the braking noise to below 55 decibels, creating a quieter driving environment. Meanwhile, this brake pads formula does not contain heavy metal components such as copper and lead, and the harmful gas emission during braking is reduced by more than 40% compared with national standards, fully meeting the environmental protection requirements of global passenger car markets.
In conclusion, the PASSENGER CAR CERAMIC BRAKE PADS MIXES (BL-APC02) has comprehensively upgraded the performance of brake pads through stable friction, wear resistance, and environmental protection advantages, setting a new benchmark for high-quality brake pads mixes in the industry.
