Advanced Ceramic Disc Brake Pads

The ultimate in braking performance.
IBS Advanced Ceramic disc pads can be fitted safely with the knowledge and security that you are fitting a premium disc pad which will stop a vehicle effectively while delivering durability and quiet operation- offering the ultimate braking experience.

IBS Advanced Ceramic disc pads offer the ultimate in quiet operation and greater pad life by using the advanced friction technology of positive mould in the manufacturing process. The advanced ceramic formulation contains ceramic and copper fibres which are proven to dissipate heat, and allow the disc pads to remain stable under a wide range of temperatures offering a consistent ultimate performance. The disc pads perform very well from cold and have a stable friction coefficient up to 500 degrees. The disc pads also have a powder coated backing plate.

Triple layer advanced shim technology consists of a steel shim encased in specifically formulated nitrile rubber to reduce pad vibration which can be the main cause of squeal. The less abrasive formulation is gentle enough to minimise rotor wear that in turn will lead to superior dust control.

The ultra quiet compound with exceptional pedal feel allows for superior performance that is suitable for everyday driving. Advanced performance, making braking quiet and clean.

• Durable

• Clean braking experience

• Quiet operation - no squeal

• Superior dust control - low dust

• Advanced friction technology

• Consistent performance at a wide range of temperatures

• Powder coated backing plate

• Triple layer advanced shim technology

• Exceptional pedal feel

• Suitable for everyday driving

brake pads

SAE J2707B Test Results

Our rigorous R&D processes and safety tests assure you are buying the best brake pad available. The SAE J2707B dynamometer bench test is an industry standard and is used to evaluate new friction materials for both OEM and aftermarket applications.

IBS AC Brake Pads
1.86 mm Pad wear in 1300 stops

 
Competitor Brake Pads
4.98 mm Pad wear in 1300 stops

 
Competitor Brake Pads
Completely worn out in 1053 stops

brake pads
brake pads