CACEV provided specifically engineered brake pads for EV and Hybrid Vehicles which uses the latest Ceramic technology to meet the changing needs of EV braking systems.

EV and Hybrid vehicles are heavier, so the brake pads need to be designed for the heavier vehicle to maintain braking stability.And at the same time due to the EV and Hybrid vehicles more quiet in operation, the brake pads are required to be more quiet in braking. CACEV is the right choice to meet all these requirements.

Quality Enhancements:

Specifically engineered for EV and Hybrid Vehicles

• EV and Hybrid vehicles use regenerative and friction to stop the vehicle, so the dynamic friction properties are tuned differently to those of standard brake pads.CACEV brake pads can manage disc brake rotor corrosion, due to the friction brake pads being used less, frequently due to regenerative braking, the CACEV brake pads maintain a transfer film on the disc brake rotor that prevents corrosion and ensures consistent braking in specific conditions.

Environment Friendly Formulas

• CACEV uses the latest ceramic formula which are copper and antimony free, CACEV formulas are certified to the Automotive Aftermarket Suppliers Association (AASA) ‘N’ rating. Certification as ‘N’ rated under the AASA LeafMark™ backs CACEV’s commitment to minimise environmental impact.

Low Dust and Clean Rotors

• Applied lated ceramic materials, CACEV brake pads ensure a low environmental impact while ensuring low dust and noise levels. This means low particle emissions when braking, resulting in cleaner wheels and longer disc brake rotor life.