• Advanced friction formulations reduce dusting and extend pad life
• Application matched premium quality friction grade
• Underlayer design helps reduce noise, vibration and harshness
• Shims, chamfers, slots, wear sensors and other premium features included where applicable

Low Dust - Noise-Free - Long-Life
Vehicle brakes convert kinetic energy into heat through friction. This produces wear. A clear indication of this wear is the black dust which accumulates predominantly on the rims, leaving behind unsightly marks. This is not just inconvenient for vehicle owners who place high value on the appearance of their vehicle - brake dust is also harmful to the environment.

ATE Ceramic is the solution for low-dust, noise-free, resource-saving and environmentally friendly braking. The secret of the new brake pads lies in a brake pad compound which uses innovative fiber technology During braking, it produces a "transfer film" on the brake disc. This protects the brake disc from excessive wear. The result: less brake dust, more comfort, less wear.

Clean rims, better appearance
The low-dust operation of the new ATE Ceramic brake pads ensures that valuable rims retain an attractive appearance for longer. Compared with conventional brake pads, the rims have to be cleaned much less frequently.

Less wear, lower costs
Extensive comparison tests under tough everyday operating conditions have shown that ATE Ceramic brake pads are much less susceptible to wear than standard brake pads. They also significantly extend the service life of the brake discs. This reduction in wear reduces repair costs and saves drivers money. In addition, the transfer film has a positive effect on the corrosion behavior of the brake discs. As a result, ATE Ceramic brake pads have less tendency to rust tight under the influence of wet weather, road salt or during long idle periods.

Less noise, more comfort
The innovative brake pad compound in ATE Ceramic brake pads reduces noise development during braking. Annoying humming, creaking and squealing is effectively suppressed. This significantly improves braking comfort. Furthermore, ATE Ceramic brake pads prevent brake disc erosion. This puts a stop to brake judder and the associated steering flutter.

Very safe
ATE Ceramic brake pads exceed the strict requirements of the ECE R90 directives. During everyday usage conditions, they provide the same braking power and safety as standard brake pads.

Active contribution to environmental protection
Since ATE Ceramic brake pads produce almost no brake dust, they reduce environmental pollution. Their better wear characteristics also save resources but with the same level of braking performance. Soiling of high-quality aluminum rims by brake dust is reduced to a minimum. This means that the frequency of cleaning procedures using brake dust-removing chemicals can be reduced significantly. ATE Ceramic brake pads thus make an active contribution to more environmentally friendly driving.

Installation Tips

• Suspend the caliper from the suspension using a Caliper Hanger to prevent damage to the brake hose
• Apply Brake Lube to caliper pins, clips, the edges of the brake pad mounting tabs, and the back side of the brake pads to ensure noise free braking. DO NOT apply lube to the friction side of the brake pads
• Use a Caliper Piston Compressor to retract the caliper piston(s) and make room for the new, thicker brake pads
• Open the master cylinder reservoir during piston compression to prevent pressure buildup. Keep an eye on the Brake Fluid level to ensure it does not overflow
• After the job is complete, pump the brake pedal several times to push the caliper piston back up against the pads to ensure proper brake function