2025-12-18

How do different types of brake discs perform in terms of braking effectiveness under various road conditions?

The braking performance of different types of brake discs (solid single-disc, ventilated disc, drilled disc, and slotted disc) will vary significantly depending on road conditions—specifically, the friction characteristics, temperature load, and degree of wear. The following is a detailed analysis by road condition.


2025-12-18

What’s the difference between a solid brake disc and a ventilated disc brake?

The core difference between solid brake discs (solid discs) and ventilated disc brakes lies in their structural design, which gives rise to a series of differences—including thermal performance and applicable scenarios.


2025-04-11

Common Enterprise Issues

Here are some frequently asked questions about us. If you have any other questions, feel free to leave us a message or chat with us online.


2025-04-11

Brake Pad Product Maintenance and Warranty Policy

Anti-counterfeiting verification: Products must be purchased through official channels and verified against the laser anti-counterfeit label. Products purchased through unofficial channels are not eligible for warranty coverage.


2025-04-11

The 10 Most Common Issues with Brake Pads

Reason: The new brake pads have not fully worn in with the old brake discs, scratches on the brake discs have not been addressed, or the wheel cylinders are not returning properly. Solution: It is recommended to drive for a break-in period of 300–500 kilometers. If the unusual noise persists, check the flatness of the brake discs or the condition of the wheel cylinders.


2025-04-11

How often should brake pads be replaced? Every how many kilometers should brake pads be replaced?

During the process of driving a car, the performance of the braking system is directly related to the safety and stability of the vehicle. As an essential component of the braking system, brake pads play a crucial role in converting the vehicle’s kinetic energy into thermal energy, thereby achieving deceleration and stopping through friction.


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