Are brake pads really the important component of the brake system?

From a practical point of view, brake pads need to be replaced several times throughout the life of the vehicle. This is because the brake pads will gradually wear out during the continuous friction with the brake disc. If the severely worn brake pads are not replaced in time, the braking effect will be greatly reduced, greatly increasing the risk of driving. For example, when you need to brake urgently at high speed, if the brake pads are excessively worn, they may not provide enough braking force, resulting in the vehicle not being able to stop in time, and the consequences are disastrous.

As a professional brake pad manufacturer, CHENKAI provides us with a variety of options. The brake pads it produces are suitable for passenger cars and commercial heavy vehicles, covering the needs of different types of vehicles. In addition, all Brake Pads & Brake Shoes meet the ECE – R90 standard, which means that they are fully compliant with EU regulations and have reliable guarantees in terms of quality and safety.

CHENKAI's brake pads are currently available in three types: low metal, semi-metal and ceramic. Each type has its own unique performance characteristics. Low-metal brake pads usually have good wear resistance and braking performance, suitable for various road conditions. Semi-metallic brake pads perform well at high temperatures and can withstand high braking pressures. Ceramic brake pads have lower noise and less dust generation, while also providing braking results.

CHENKAI's brake pads cost only a fraction of what dealers offer. This is undoubtedly a huge advantage for consumers. Why not get the same high-quality brake pads at a lower price without sacrificing quality and performance?

However, while brake pads play an important role in the brake system, we cannot ignore the contributions of other components. Components such as brake discs, brake pumps, and brake lines are also indispensable. They work together to ensure the normal operation of the brake system.