Against the backdrop of global advocacy for green mobility and sustainable development, the new energy vehicle industry is booming and has become a key area of transformation for the automotive industry. As the brake system is central to automotive safety, the green production of its components has also become a focus of industry attention. How brake components such as brake pads, brake discs, and brake drums can achieve green transformation in the new energy era is not only crucial for environmental protection but also impacts the performance and market competitiveness of new energy vehicles. Read More

As a core friction component in a vehicle's braking system, brake pads' performance directly determines the vehicle's braking efficiency and safety factor. During daily driving, brake pads are constantly subjected to high-frequency friction, high temperatures, and complex environmental corrosion, making wear resistance and corrosion resistance essential core attributes. This article will delve into why brake padsmust balance wear resistance and corrosion resistance, focusing on braking principles, usage scenarios, and the synergy between related components. Read More

The braking system of a car is the core system to ensure driving safety and can be called the "lifeline" of the vehicle. Whether it is slowing down and stopping during daily commuting or avoiding braking in an emergency, the precise operation of the braking system is indispensable. Many car owners are accustomed to the process of "decelerating by stepping on the brakes", but they know very little about the internal structure of the braking system. This article will systematically analyze the composition and structure of the braking system of a car, from core components to auxiliary devices, to fully reveal this complex and sophisticated safety system. Read More