Brake Pad Factory Upgrades Eco-Friendly & EV Brake Solutions To Adapt To 2026 Euro 7 Global Standards
With the official implementation of the EU Euro 7 emission regulations approaching in November 2026 and the rapid global penetration of new energy vehicles, the automotive brake pad industry has ushered in a comprehensive technological iteration and industrial upgrading. Professional brake pad factories are phasing out traditional high-copper friction formulas and accelerating the R&D and mass production of low-emission, EV-specific brake pads, becoming the core driving force for the standardized development of the global auto parts aftermarket.
Different from previous emission rules focusing only on vehicle tailpipe pollutants, the Euro 7 standard firstly includes brake non-exhaust particulate emissions into mandatory supervision. It stipulates that the brake particulate emission limit for passenger cars is controlled below 7mg per kilometer, while pure electric vehicles face stricter emission requirements. Meanwhile, global copper ban policies have strictly limited the copper content of brake pad friction materials to less than 0.5%, completely eliminating traditional semi-metallic brake pads with high copper content from the European and North American mainstream markets.
In response to the new global regulatory threshold, leading brake pad factories have completed full technical upgrades of their product lines. The independently developed copper-free NAO ceramic brake pads have become the mainstream export product, featuring low noise, low wheel dust, rotor protection and stable braking performance. Compared with traditional products, the new eco-friendly formulas effectively reduce brake particulate emissions, fully complying with Euro 7 environmental requirements and passing authoritative certifications including ECE R90 and IATF 16949, laying a solid foundation for market access in Europe, Germany and other high-standard regions.
Aiming at the special braking working conditions of new energy vehicles, professional brake pad factories have launched customized exclusive solutions. Electric vehicles rely on regenerative braking for daily deceleration, resulting in infrequent use of mechanical brakes, which easily causes brake disc rust, low-speed squealing and abnormal wear. Targeting this industry pain point, manufacturers optimize raw material ratios and adopt anti-corrosion formulas and customized damping shim structures. The upgraded EV brake pads solve the problems of noise and rusting under low-frequency braking, adapting to the "low-temperature, light-load" working mode of new energy vehicles, and have become a new hot-selling segment in the global aftermarket.
In terms of production and quality control, modern brake pad factories realize intelligent and standardized full-process production from raw material proportioning, high-temperature hot pressing, scorching treatment to NVH optimization and precision grinding. Strict dynamometer sampling tests are implemented before delivery to ensure batch product consistency. In contrast, small and medium-sized manufacturers with backward formulas and insufficient certification qualifications are gradually eliminated from the global export market, further concentrating the industry's high-quality production capacity.
Industry analysts predict that by 2027, copper-free low-emission and EV-specific brake pads will occupy more than 60% of China's total brake pad export volume. In the future, competitive brake pad factories will continue to focus on green friction material innovation, personalized product customization and one-stop brake kit supporting services, continuously expanding market shares in the European, American and global high-end aftermarket, and leading the high-quality development of the global brake friction material industry.
