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EnglishAdvantages of PRF1103 rail powder metallurgy brake pads
1.High heat resistance: Optimized friction material and heat dissipation ensure stable friction coefficient and low wear across full temperatures.
2.High mechanical strength prevents material shedding or chipping.
3.No scratches or abnormal wear on the brake disc.
4.Eco-friendly, hazard-free, no combustion, smoke or odor during use.
5.Recyclable steel backing for easy maintenance and aftermarket applications.
Our powder metallurgy brake pads are specially designed for China high-speed EMU trains including CR400AF, CR400BF, CR300AF and CR300BF. As a professional brake pad manufacturer in the railway industry, we provide high-performance rail brakes for high-speed railway brake systems operating at speeds up to 350km/h.
The brake pads are manufactured using advanced powder metallurgy technology to ensure stable friction performance, low wear rate, and excellent thermal resistance under various operating conditions. The products are widely used in China Railway high-speed train maintenance, overhaul, and replacement projects.
In addition to new brake pad manufacturing, we also provide disassembly maintenance services, friction material particle replacement, and steel backing plate refurbishment. Under the premise of ensuring operational safety, these services significantly reduce customers’ lifecycle maintenance costs.
Our products have obtained China CRCC certification and are supplied to China Railway administrations for more than 10 years. We have cooperated with railway bureaus in large-scale overhaul projects involving hundreds of thousands of brake pads.
Designed for CR400AF, CR400BF, CR300AF, and CR300BF high-speed EMU brake systems
Suitable for railway operating speeds up to 350km/h
Powder metallurgy brake pad wear volume does not exceed 0.35 cm3/MJ
Static friction coefficient is not lower than 0.350
Under wet operating conditions and maximum brake pad pressure, the average friction coefficient is not lower than 0.250
No abnormal wear occurs on the brake disc friction surface
Brake pad friction and wear performance tests are conducted on a 1:1 braking dynamometer test bench
Asbestos content inspection complies with GB/T 23263 standards
Safe braking performance without damaging brake discs
Supports dismantling overhaul, friction particle replacement, and steel backing refurbishment
Advanced automated production lines ensure full traceability for every manufacturing process
Products are manufactured under strict quality control systems for safety and reliability
Equipped with CNAS-certified friction laboratory for authoritative testing and inspection
External brake pad testing services and professional reports are available
Core R&D engineers have more than 15 years of railway friction material experience
Competitive pricing with stable performance and reliable after-sales support
Exported to dozens of countries worldwide
Our powder metallurgy rail brakes are widely used in:
CR400AF high-speed EMU trains
CR400BF high-speed EMU trains
CR300AF intercity EMU trains
CR300BF intercity EMU trains
China Railway high-speed train maintenance projects
High-speed railway overhaul workshops
Railway brake system refurbishment programs
International railway rolling stock projects
Urban rail transit and intercity railway systems
1. What trains are these brake pads designed for?
These powder metallurgy brake pads are specifically developed for CR400AF, CR400BF, CR300AF, and CR300BF high-speed EMU brake systems.
2. What is the maximum operating speed?
The brake pads are suitable for high-speed railway applications with operating speeds up to 350km/h.
3. Are the products certified?
Yes. Our products have obtained China CRCC certification and are manufactured according to strict railway industry standards.
4. Can you provide overhaul and refurbishment services?
Yes. We provide brake pad dismantling maintenance, friction particle replacement, and steel backing refurbishment services to help customers reduce operating costs while ensuring safety.
5. Will the brake pads damage the brake disc?
No. The products are designed with stable friction performance and will not cause abnormal wear on the brake disc friction surface.
6. Do you have your own testing laboratory?
Yes. We have a CNAS-certified friction laboratory capable of testing railway brake shoes and brake pads. The laboratory provides authoritative and accurate testing data and reports.
7. Can external customers send products for testing?
Yes. We accept external brake pad and brake shoe testing requests and can issue professional inspection reports.
8. Can you customize products according to customer requirements?
Yes. We support OEM and customized solutions. Our goal is to solve customer problems by providing tailored railway braking products according to technical requirements.
9. How long have you cooperated with China Railway?
We have supplied China Railway bureaus for more than 10 years and participated in overhaul cooperation projects involving hundreds of thousands of brake pads.
10. What after-sales services do you provide?
We provide comprehensive after-sales support. Professional service engineers will track and solve customer issues throughout the entire process to ensure reliable product operation.
As a trusted brake pad manufacturer for high-speed railway brake systems, we are committed to providing safe, reliable, and cost-effective rail brakes for CR400AF, CR400BF, CR300AF, and CR300BF trains. With advanced powder metallurgy technology, CNAS-certified laboratory testing capabilities, automated production systems, and over a decade of railway industry experience, we continue to deliver high-quality braking solutions for domestic and international railway customers.

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