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Views: 28 Author: Site Editor Publish Time: 2025-08-20 Origin: Site
In the midst of the automotive industry's accelerated transition toward electrification and intelligence, the braking system—as a core component ensuring driving safety—is undergoing unprecedented technological iteration and market restructuring. Braking components such as brake pads, brake discs, and brake drums not only fulfill the safety mission of traditional internal combustion engine vehicles but also serve as key enablers of technological breakthroughs in the new energy vehicle sector. This article will provide an in-depth analysis of the industrial landscape of braking components from two perspectives: the current state of the industry and future trends.
In recent years, global automobile production and ownership have generally maintained a growth trend. This has directly driven the expansion of the automotive brake parts market. Whether for new car production or after-sales repair and replacement, demand for brake pads, brake discs, brake drums, and other parts continues to increase. Especially in emerging economies, the rapid rise of the automobile consumer market has further driven the expansion of the brake parts market. According to the latest industry report (June 2025), the market size of China's automotive brake parts has exceeded 180 billion yuan, with an annual growth rate of 8.2%. Among these:
· Brake pads account for the largest share of the aftermarket (approximately 40%), with annual demand exceeding 200 million sets
· The brake disc market size has surpassed 60 billion yuan, with the penetration rate of lightweight products increasing to 35%
· Brake drumsremain dominant in the commercial vehicle sector, with an annual market size stable above 30 billion yuan
Accelerated technological upgrades
System Integration: Intelligent technologies such as the Integrated Brake System (IBS) and Electronic Parking Brake System (EPB) are becoming widespread, with braking systems deeply integrated with autonomous driving and vehicle-to-vehicle communication to enhance response speed and reliability.
Material innovation: In thebrake pad sector, metal-free NAO brake pads are suitable for electric vehicles due to their low noise and environmental friendliness, while ceramic brake pads are the preferred choice in the high-end market due to their high performance. In the brake disc sector, breakthroughs in carbon-ceramic composite materials have promoted lightweight and high temperature resistance, with domestic companies such as Jinbo Co., Ltd. and Tianyi Shangjia already achieving mass production.
Differentiated competitive landscape
International giants such as Bosch and Continental dominate the high-end market, while local companies such as Wanxiang Qianchao and Bertelli are capturing market share through modular supply and technological innovation. In the new energy vehicle sector, local companies are collaborating with vehicle manufacturers to promote the customization and localization of braking systems.
The braking system is deeply integrated with autonomous driving to achieve road condition sensing and adaptive braking control. For example, the intelligent braking system can automatically adjust braking force based on the distance to the vehicle ahead and vehicle speed to prevent rear-end collisions during high-speed driving. It also works in conjunction with the autonomous driving system to achieve precise control in scenarios such as emergency braking and automatic parking.
Material Innovation: Carbon fiber composite brake discs reduce weight by over 30%, enhancing the range of new energy vehicles; aluminum alloy brake discs reduce unsprung mass, improving handling.
Structural Optimization: Vented disc brake discs enhance thermal stability through heat dissipation design, reducing braking distance; integrated brake modules reduce the number of components, improving assembly efficiency.
Regenerative Braking Technology: New energy vehicles utilize braking energy recovery systems to convert kinetic energy into electrical energy for storage, improving energy utilization efficiency.
Green Manufacturing: Low-resistance designs reduce driving energy consumption, while the use of recyclable materials minimizes manufacturing pollution, aligning with global carbon neutrality goals.
As automotive performance continues to improve, the performance requirements for braking components are also rising. High-performance brake pads must have higher friction coefficients, better wear resistance, and heat resistance; brake discs must have stronger heat dissipation capabilities and resistance to thermal fade. Especially in the new energy vehicle sector, due to differences in vehicle power characteristics and driving conditions compared to traditional fuel vehicles, new challenges are posed for brake system performance. Therefore, the market demand for high-performance brake components will continue to grow in the future.
In order to cope with fierce market competition and meet the automotive industry's requirements for scale and technology from parts suppliers, the trend toward consolidation and mergers in the automotive brake parts industry will intensify. Large companies can expand their market share, integrate resources, and improve R&D capabilities and production efficiency by acquiring smaller companies. At the same time, strategic cooperation between companies will become more frequent, with companies sharing technology and resources to complement each other's strengths and jointly enhance the overall competitiveness of the industry.
As the number of vehicles in circulation continues to grow, demand for brake components in the aftermarket will increase significantly. Compared to the new vehicle market, the aftermarket is more sensitive to product pricing and cost-effectiveness. Therefore, brake component companies need to place greater emphasis on developing and servicing the aftermarket, offering diverse product options to meet the needs of different customers. Additionally, strengthening brand building and improving after-sales service networks will help enhance customer satisfaction and loyalty.
The automotive brake component industry currently faces challenges such as market scale growth, intense competition, and stringent environmental requirements. In the future, key trends will include lightweighting, intelligentization, high-performance development, mergers and acquisitions, and the growing importance of the aftermarket. Brake component companies must continuously adapt to market changes, increase R&D investments, and enhance product quality and service standards to remain competitive in the fiercely competitive market. Our company is actively responding to market changes by increasing research and development efforts and improving product quality and service levels. If you are interested in our brake pads and other braking products, please feel free to contact us by +86-13363216781. Or you can visit our website :https://www.evfriction.com.
