Сarbon Ceramic Disc ATOMIC BRAKE SYSTEM
MORE THAN JUST DISKS
Short braking distance and safe braking
Carbon-Ceramic Brake Systems
are highly efficient compared to cast iron ones, securing reliable and safe braking
Carbon-Ceramic Brake Systems
are highly efficient compared to cast iron ones, securing reliable and safe braking
High-friction
Comfort drive
The carbon-ceramic density accounts for as little as 33 per cent of the density of the grey cast iron, resulting in a substantive reduction in unsprung weight and steering attitude improvement.
The carbon-ceramic density accounts for as little as 33 per cent of the density of the grey cast iron, resulting in a substantive reduction in unsprung weight and steering attitude improvement.
Year-round operation
24/7/365
Unlike other analogues, Atomic Brake System Discs are made of multilayer carbon fiber. Thus, ABS ceramics are free from many disadvantages and allow to effectively operate the system, even in northern regions.
Unlike other analogues, Atomic Brake System Discs are made of multilayer carbon fiber. Thus, ABS ceramics are free from many disadvantages and allow to effectively operate the system, even in northern regions.
* weight reduction is approximately 50 % per wheel
Non-corrosive, resistant to acids, alkalis, salts Resistance to thermal shocks secures virtual absence of geometric deflections of brake discs.
Wear-resistance
* service life period is almost four times longer compared to standard ones
Lightweight
Long-term durability
Durability
Carbon-Ceramic Discs in set with Ceramic Brake Pads have an extended working period, which allows to significantly increase the time to service.
Carbon-Ceramic Discs in set with Ceramic Brake Pads have an extended working period, which allows to significantly increase the time to service.
High heat resistance
The braking performance of Carbon-Ceramic Discs is virtually not fading under high-temperature terms of continuous braking.
The braking performance of Carbon-Ceramic Discs is virtually not fading under high-temperature terms of continuous braking.
Tolerance to overheating