|KRS NO||OE NO||BREMBO NO|
Car Models That High Carbon Brake Discs Is Used For：
|TESLA||MODEL S (5YJS)||2012/09-|
|TESLA||MODEL X (5YJX)||2013/09-|
High Carbon Brake Discs Dimensions：
|Front and Rear Axle||Front Axle|
|Brake Disc Thickness||32 mm|
|Minimum Thickness||30 mm|
|Centering Diameter||70 mm|
|Number Of Holes||5|
|Pitch Circle Diameter||120 mm|
|Solid Or Vented||V|
High Carbon Brake Disc
Performance and advantages of high carbon heat-treated brake discs.
- Higher hardness
The hardness of the high carbon heat treatment brake disc is HRC38-48, and the friction coefficient is higher than that of ordinary brake discs, which can provide a faster brake response.
- Excellent strength
The strength of the high-carbon heat-treated brake disc is more than two times that of the ordinary brake disc, which can ensure strong braking stability at high speed.
- Better wear resistance
High-carbon heat-treated brake discs are made of high-purity carbon, which can greatly improve the wear resistance and service life of brake discs.
- Better high-temperature resistance
High-carbon heat-treated brake discs have better high-temperature resistance and are high-performance brake discs that can still be used normally under extremely high-temperature conditions.
- Lower noise and vibration
The manufacturing process and material optimization of high-carbon heat-treated brake discs can effectively reduce noise and vibration during braking and improve driving comfort.
How to choose the right high-carbon heat treatment brake disc
Selecting the appropriate high-carbon heat-treated brake disc needs to be carried out according to the use of the vehicle and the driving environment. In general, if you are constantly driving on the highway or driving a sporty model, choosing high-carbon heat-treated brake discs can provide greater safety and driving comfort.
High carbon heat treatment brake disc is a high-performance brake disc with excellent performance and advantages. Choosing the right brake disc can greatly improve the safety performance and driving comfort of the vehicle, but the selection needs to be considered according to the actual use of the vehicle and the driving environment.