Scorching process improve brake pads' friction performance & wear resistance

In the production of brake pads, scorching process can change organic components in the friction materials, improving their friction performance & wear resistance.

This process not only enhances the overall performance of the brake pads but also ensures stability under high temperature and high pressure conditions.

Benefits of the scorching process:

1.
In this process, combination of ceramic components enhance the coefficient of friction, ensuring that the brake pads maintain reliable braking performance under various driving conditions.

2.
Brakes often face high-temperature environments during use, especially during frequent braking or at high speeds braking. Brake pads through scorching process can maintain good stability under high-temperature conditions, preventing fade due to excessive heat. This stability is particularly vital for preventing fade, ensuring the braking performance in emergency situations.

3.
Scorching process can enhances friction block surface density and strength, thereby improving their wear resistance.

This are brake pads before scorching process:


This are brake pads after scorching process:


The customization of scorching process has become an important trend. Manufacturers can adjust scorching process of brake pads according to the requirements of different vehicle models and driving environments to meet specific market needs.

Our factory can customize brake pads for various vehicle models and driving environments, offering scorching process to meet market demand.