Core Knowledge of the Brake Pad Industry
Shandong Huaruifeng Machinery Co., Ltd. devotes itself to the R&D and production of brake system components, with a focus on brake pads and brake shoes. Relying on professional manufacturing processes and strict quality control, we provide safe and reliable braking solutions for vehicles worldwide. As a core safety component of the automotive brake system, the performance of brake pads directly determines driving safety. The development of the industry is deeply bound to the upgrading and technological iteration of the automotive industry. The following is an analysis of the core knowledge and development trends of the brake pad industry.
I. Core Classification and Material Characteristics of Brake Pads
Brake pads are divided into five mainstream types according to the formula of friction materials. Different materials have significant differences in performance, cost and applicable scenarios, which are the core basis for matching the needs of different vehicle models. At present, the market is dominated by semi-metallic and ceramic-based brake pads:
1. Semi-metallic brake pads: Accounting for about 48.5% of the market, they are the current mainstream of the industry. With a metal content of 30%-65% and a high temperature resistance of over 400℃, they feature strong wear resistance and affordable cost. Suitable for economical passenger cars, light commercial vehicles and frequent braking scenarios, they are the first choice for freight and commuter vehicles. The disadvantage is slightly high braking noise and relatively high wear on brake discs.
2. Ceramic-based brake pads: A core product category in the high-end market, with a market share of 32% in 2025 and a compound annual growth rate of 12.5%. Composed of ceramic fibers and non-metallic minerals, they have a high temperature resistance of over 650℃, and the dust emission is reduced by 70% compared with traditional materials. They combine the advantages of low noise and low wear, suitable for mid-to-high-end passenger cars and new energy vehicles, meeting the high requirements for braking stability in high-speed and mountain road driving. The disadvantage is slightly weak low-temperature braking force, and the price is 30%-50% higher than that of semi-metallic brake pads.
3. Low-metallic brake pads: With a metal content of less than 30%, they are a balanced choice between performance and cost, featuring good thermal conductivity and fast braking response. Suitable for mid-range European models and special vehicles, their service life is about 30,000 to 50,000 kilometers.
4. Organic (NAO) brake pads: With organic fibers as the core, they realize zero metal dust emission and excellent noise reduction effect, suitable for Japanese economical cars and urban commuter vehicles. The disadvantage is weak high temperature resistance (about 300℃), and the market share is shrinking year by year, only accounting for 12.3% in 2025.
5. High-performance composite brake pads: Containing carbon ceramic, carbon fiber and other materials, they have a high temperature resistance of over 800℃ and a 50% improvement in braking efficiency. Suitable for luxury cars, high-performance electric vehicles and track scenarios, they belong to a niche high-end category due to the extremely high cost.
II. Industry Market Pattern and Demand Characteristics
1. Steady growth of the overall market scale, with the stock market as the core driving force
From 2021 to 2025, the compound annual growth rate of China's brake pad market reached 8.2%, and the market scale exceeded 17.6 billion yuan in 2025. The core of its growth comes from the automotive stock market: by 2025, the number of civil motor vehicles in China exceeded 340 million, the average age of passenger cars reached 6.9 years, and vehicles have entered a high-frequency maintenance cycle. As a vulnerable safety component, the brake system has a continuous release of replacement demand.
In terms of channels, the market is divided into two major sectors: Original Equipment Manufacturing (OEM) and Aftermarket Replacement (AM). Among them, the OEM market accounts for 58.2%, which is a core link in the automotive supply chain; the AM market benefits from the improvement of car owners' safety awareness, and the penetration rate of high-end ceramic brake pads is rising year by year, with sales volume increasing by 17.3% year-on-year in 2024.
2. Passenger cars as the main demand, commercial vehicles maintain rigid demand
In 2025, the demand for passenger car brake pads accounted for 66%, becoming the core market of the industry; commercial vehicles (including heavy-duty trucks, light trucks and buses) accounted for 34%. Due to the demand for heavy load transportation and high-frequency braking, they maintain a rigid demand for wear-resistant semi-metallic brake pads, driving the continuous optimization of friction material formulas. East China and South China, with dense automotive industry clusters, account for more than 58% of the national total consumption of brake pads, while the central and western regions have a growth rate 2 percentage points higher than the national average relying on the "Automotive Going to the Countryside" policy.
3. New energy vehicles restructure demand and spawn a special product track
The penetration rate of domestic new energy vehicles exceeded 40% in 2025. Their energy recovery system has greatly reduced the frequency of mechanical braking use, reducing the wear rate of brake pads by 30%-40%, but also put forward new requirements for products: they need to have better corrosion resistance, low-temperature performance, noise reduction performance and low drag torque. At present, special brake pads for new energy vehicles have become the focus of industry R&D. In 2024, their proportion in the OEM channel reached 26.8%, an increase of 12 percentage points compared with 2021, and ceramic-based composite brake pads have become the mainstream choice.
III. Core Development Trends of the Industry
1. Product upgrading: Transformation from "cost-oriented" to "performance + environmental protection + adaptability"
Environmental regulations and consumption upgrading have driven the high-endization of product structure. Copper-free, low dust and low noise have become the core direction of R&D. The implementation of copper-free regulations in the EU and China has forced enterprises to transform to environmental protection formulas such as ceramics and glass fiber; at the same time, special brake pads for new energy vehicles and intelligent brake pads (with built-in sensors to monitor braking status) have become the focus of technological iteration. It is expected that the market share of ceramic brake pads will exceed 30% by 2030.
2. Technological iteration: Driven by digitalization and material innovation
The industry's technological iteration cycle has shortened from 3-5 years to 1.5-2 years. Leading enterprises have compressed the formula R&D cycle by 60% through AI simulation and digital twin technology, and introduced nanomaterials such as graphene oxide to modify resins to improve the heat resistance and stability of brake pads; on the production side, real-time quality control is realized through MES systems and IoT equipment, reducing the defective rate and improving delivery efficiency.
3. Competition pattern: Concentration of leading enterprises, compliance and certification as core barriers
At present, the industry presents a pattern of "foreign capital leading the high-end market, domestic capital seizing the mid-end market, and low-end production capacity being cleared". Domestic leading enterprises occupy 35% of the market share relying on cost control and localized services, while international brands consolidate the high-end market with technological advantages. Compliance certification has become the core barrier of the industry. Products that meet ECE R90 (EU) and CCC (China) certifications are the first choice for automakers and the aftermarket, and low-quality production capacity is being eliminated at an accelerated pace.
4. Overseas development trend: Global supporting has become the focus of enterprise development
China's brake pad production capacity accounts for an important share of the world. The three major industrial clusters in Shandong, Zhejiang and Hebei account for more than 78% of the national production capacity, with strong manufacturing and cost advantages. The overseas market has become a new growth engine for domestic enterprises, but it is necessary to break through international trade barriers (such as anti-dumping duties and new environmental regulations), and meet the vehicle adaptation and certification requirements of different regions at the same time. Localized supporting + compliance R&D is the core strategy for going global.
IV. Core Principles for Selection and Use of Brake Pads
1. Adaptability as the core: Ceramic brake pads (low noise, low wear) are preferred for passenger cars, semi-metallic brake pads (wear-resistant, high temperature resistant) for commercial vehicles, and special low-drag brake pads for new energy vehicles. Ceramic brake pads should be used with caution in severe cold areas in northern China (low-temperature performance is easy to attenuate).
2. Focus on certification and quality: Priority should be given to products with ECE R90 and CCC certifications to avoid brake failure and excessive wear of brake discs caused by low-quality products.
3. Regular inspection and replacement: The conventional service life of brake pads is 30,000 to 100,000 kilometers (depending on materials and usage scenarios). When the thickness of brake pads is less than 3mm, they must be replaced immediately, and the wear status of brake discs should be checked to ensure the overall safety of the brake system.
V. Industry Layout of Shandong Huaruifeng Machinery
As a professional manufacturer of brake system components, Shandong Huaruifeng Machinery focuses on the R&D and production of brake pads and brake shoes, and deeply cultivates the two major markets of passenger cars and commercial vehicles. Our products cover mainstream materials such as semi-metallic and ceramic-based, and strictly comply with international and domestic certification standards such as ECE R90 and CCC. Relying on mature manufacturing processes and quality control, we provide highly adaptable and safe brake products for global customers. At the same time, following the development trend of the new energy vehicle industry, the company lays out the R&D of special brake pads for new energy vehicles, and is committed to becoming a reliable partner in the brake system field with technological innovation and global supporting as the core.
The development of the brake pad industry has always focused on the three cores of safety, environmental protection and adaptability. With the electrification and intelligent upgrading of the automotive industry, technological innovation and compliance capabilities will become the core competitiveness of enterprises. Shandong Huaruifeng Machinery will continue to deepen core technologies, strictly control product quality, and escort the safe travel of vehicles worldwide.
