TEI TCCB-R Performance Carbon Ceramic Brake System Carbon Fiber for BMW F90 M5 F82 M4 Carbon Ceramic Brake Rotors CCB Disc
| Brand Name: | TEI |
| Model Number: | TCCB-R |
| MOQ: | 1 |
| Price: | $ 1829 - 3257 USD |
| Packaging Details: | TEI Brand Package |
| Payment Terms: | T/T,Western Union |
BMW M5 carbon ceramic brake rotors
,BMW M4 carbon fiber brake discs
,performance carbon ceramic brake system
TEI TCCB-R Carbon Ceramic Brake System for BMW F90 M5 F82 M4 CCB Rotors
TEI TCCB-R Carbon Ceramic Brake System is engineered for BMW enthusiasts seeking the highest level of braking performance, lightweight efficiency, and thermal stability. Designed specifically for high-performance BMW M vehicles such as the F90 M5 F82 M4, this advanced carbon ceramic braking solution delivers exceptional stopping power under both street and track conditions.
Constructed using advanced Carbon Fiber Reinforced Silicon Carbide (C/SiC) technology, the TCCB-R disc offers significant weight reduction compared with traditional cast iron rotors while maintaining outstanding durability and fade resistance under extreme temperatures. Similar advantages of carbon-ceramic systems—including lower unsprung weight and consistent braking under heavy use—are frequently cited by BMW performance enthusiasts.
Vehicle Compatibility
Compatible with selected BMW M models including:
BMW M Series
- BMW F90 M5
- BMW F92 M4
- BMW F91 M8
- BMW F93 M8
- BMW G80 M3
- BMW G82 M4
- BMW G87 M2
TEI offers carbon ceramic rotor configurations ranging from 355mm to 440mm for various BMW M applications.
Benefits of Carbon Ceramic Brakes
Superior Heat Resistance
Carbon ceramic brakes maintain consistent performance at temperatures where traditional iron rotors may experience brake fade.
Reduced Brake Dust
Carbon ceramic systems typically generate significantly less brake dust than conventional brake systems.
Longer Service Life
Under proper operating conditions, carbon ceramic rotors can substantially outlast traditional cast iron brake discs.
Improved Vehicle Dynamics
Reduced unsprung weight enhances:
- Cornering performance
- Steering precision
- Suspension response
- Overall driving dynamics
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