Loading in progress...
This brake pad is a key line of defense for safeguarding driving safety. It uses advanced ceramic fiber composite materials to ensure strong friction while effectively reducing wear on the brake disc, greatly extending the service life of the brake system. Compared with traditional metal brake pads, ceramic fiber materials also have excellent heat resistance and can work stably in high temperature environments.
In terms of production technology, after multiple precision processes of polishing, the adhesion of brake pads is extremely high, closely matched with brake discs, achieving uniform pressure distribution and making the braking effect more stable and reliable. The special texture design on the surface can not only effectively drain water and dust, reduce the impact of foreign objects on braking performance, but also quickly dissipate heat during braking, further improving braking efficiency.
|
Material： |
Advanced ceramic fiber composite material， reducing wear and resisting thermal degradation. |
|
Craftsmanship： |
Multiple precision processes for high adhesion; Special texture design on the surface， fast drainage and dust removal |
|
Braking response： |
and heat dissipation. |
|
Stability： |
extremely fast， instantly generating strong friction. |
|
Applicable scenarios： |
Good stability during frequent braking， with no significant reduction in braking force. |
|
Working temperature range： |
Suitable for daily commuting and emergency braking situations. |
|
Matching degree with brake disc： |
-3 ℃ to 40 ℃. |
