News and Events

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

Brake pads, as the primary wearer of the braking system, should normally wear at a roughly uniform rate on both sides (with a deviation of no more than 1-2mm). However, in real-world use, many owners experience uneven wear, with one side thinning and the other remaining intact. This not only shortens the life of the pads but can also cause brake slip and steering wheel tremors, posing safety hazards. This article systematically analyzes the core causes of uneven brake pad wear and provides targeted troubleshooting methods and solutions to help owners mitigate these risks. Read More

Throughout the development of the automotive industry, technological advancements in brake partshave always been key to ensuring driving safety and enhancing the driving experience. As we enter 2025, with the strengthening of environmental protection and intelligent driving trends, as well as the widespread adoption of electrification, brake parts such as brake pads, brake discs, brake drums, and clutch plates are experiencing comprehensive technological innovation. Read More

Amidst increasing global trade, international sourcing of brake parts has become a crucial option for many companies to reduce costs and optimize their supply chains. However, as a core component of automotive safety, the quality of the brake system directly impacts the safety of life and property. Consequently, countries have strict regulations regarding the certification and standards of brake parts. This article will focus on common brake parts, such as brake pads, brake discs, brake drums, and clutch plate, and will detail the core certifications and standards to consider when sourcing internationally, providing a reference for companies to mitigate risks. Read More

As a key component in automotive transmission systems, clutch plates' performance directly impacts a vehicle's power transmission efficiency, shifting smoothness, and service life. As the automotive industry continues to evolve towards higher power, lighter weight, and longer life, traditional friction materials are no longer able to meet these increasingly stringent demands. In recent years, new friction materials, such as carbon fiber composites, ceramic-based composites, and metal-based composites, have emerged, bringing revolutionary breakthroughs in clutch plate performance. This article will delve into the specific impacts of these new friction materials on various clutch plate properties. Read More

As a core friction component in the transmission system, clutch plates' wear and high-temperature resistance directly determine power transmission efficiency and service life. Especially in heavy-load commercial vehicles and high-power racing vehicles, clutch plates must withstand dozens of friction impacts per second and temperatures exceeding 500°C, placing stringent demands on production processes. This article will comprehensively analyze the key technologies for achieving wear and high-temperature resistance in clutch plates, from material formulation to molding process to surface treatment, revealing the process secrets behind their transformation from "ordinary parts" to "durable core." Read More

When it comes to braking system selection, commercial vehicles (such as heavy-duty trucks, buses, and vans) differ significantly from passenger cars: passenger cars mostly use disc brakes, while commercial vehicles, especially heavy-duty models, still primarily rely on drum brakes. This difference isn't due to technological lag, but rather to the commercial vehicle's usage scenarios, load requirements, and operational characteristics. This article will analyze the underlying reasons behind the commercial vehicle preference for drum brakes, focusing on the structural advantages and performance adaptability of drum brakes, combined with the characteristics of core components such as brake pads and drums. Read More

In a vehicle's braking system, the brake drum, brake pads, and brake discs are the core components for deceleration and braking. Although they all belong to the same braking system, they exhibit significant differences in their structural design, operating principles, and application scenarios. At the same time, they work together to ensure vehicle braking efficiency. This article will delve into the differences and connections between these three brake components to help readers fully understand the operational logic of the braking system. Read More