Regulatory Crackdown: 6 Batches Of Defective Brake Pads Recalled, Involving Multiple Well-Known Enterprises
Recently, the Beijing Municipal Administration for Market Regulation released the results of product quality supervision and random inspections, showing that 6 batches of automotive and motorcycle brake linings (brake pads) have been legally investigated and dealt with due to substandard friction performance, and all involved products have been required to be removed from shelves and recalled.
The unqualified products exposed this time cover two categories: automobiles and motorcycles, involving 5 manufacturing enterprises and 5 Beijing-based distributors. Among them, well-known brand products such as TRW brake pads produced by Qingdao Tianmo Asia-Pacific Auto Parts Co., Ltd. and "Anlv" ceramic brake pads produced by Hangzhou Antai Industrial Co., Ltd. are prominently listed. Notably, two models of "KYY track-level brake pads" produced by Guangzhou Guoming Motor Vehicle Parts Co., Ltd. were even included simultaneously. It is worth noting that 3 batches of unqualified products had no production date marked, making traceability management more difficult.
"Friction performance directly determines braking distance and braking stability. Substandard products may lead to brake failure during emergency braking," an automotive safety expert pointed out. Especially in scenarios such as mountain roads or high-speed driving, brake pads with substandard friction coefficients can increase the braking distance by more than 30%. At present, the Beijing Municipal Administration for Market Regulation has transferred the involved enterprises to the local regulatory authorities for case filing and urged them to fully eliminate potential safety hazards.
Consumer Alert: How to Guard Against "Invisible Risks" of Brake Pads?
Unqualified products are not the only safety hazard. A recent case exposed by Autohome shows that some maintenance institutions cut the brake pad wear warning wires for profit, preventing car owners from detecting the risk of component failure. Mr. Chen, a car owner in Guangzhou, only discovered that the brake pads had worn through the metal backing plate when sparks appeared during braking, precisely because the warning wire was cut.
In response to this, industry experts have put forward a three-step self-inspection guide: First, "check the thickness" – observe through the gap of the wheel hub; if the brake pad thickness is less than 3mm, it must be replaced immediately. Second, "listen to the sound" – sharp squealing or creaking sounds may be warnings of reaching the wear limit. Third, "check the mileage" – ordinary vehicles require mandatory inspection after 30,000 to 50,000 kilometers, while vehicles frequently driven on mountain roads are recommended to have replacement after 20,000 kilometers. "New energy vehicles have higher requirements for brake pads. Their regenerative braking systems require friction materials to have higher anti-adhesion performance," the expert specially reminded.
Industry Transformation: Technological Upgrading Drives Quality Revolution
Driven by both regulation and market demand, the brake pad industry is accelerating technological iteration. According to the 2025 industry report, the global market size of bus brake pads will reach 9.24 billion US dollars. The penetration rate of ceramic composite materials is expected to rise from 18% to 25%, and the proportion of asbestos-free organic formula products has reached 65%.
Intelligentization has become a key upgrading direction. IoT-enabled brake pads integrated with wear sensors have achieved a 12% penetration rate in Germany, which can monitor wear status in real time and issue replacement warnings. This technology is expected to enter China's high-end market within this year. At the policy level, the EU's ECE R90 regulation mandates a 30% reduction in brake pad wear rate, and China will also complete the upgrading of heavy metal content restrictions by 2025. These dual standards will promote the industry to eliminate 15% of backward production capacity.
Domestic enterprises are accelerating the breakthrough of technological bottlenecks. Companies such as Gold 麒麟 (Golden Kylin) and Xinyi Braking have achieved international-level performance through the research and development of ceramic formulas. The bio-based adhesive developed by Shandong Shengquan Group has passed the verification of original equipment manufacturers (OEMs). "The industry is shifting from 'price competition' to 'technological competition', and the proportion of R&D investment has increased from 3.2% to 4.5%," an industry analyst said. 2025 will become a "quality upgrading watershed" for the brake pad industry.
