Evolution Clean Ride Ceramic Brake Pad

Evolution pads feature a true ceramic formula that keeps wheels cleaner and won t wear out the rotors.

Evolution clean ride ceramic brake pad.

Power stop brake pads are engineered for noise free braking with dual rubber backed shims that offer 6 times more noise reduction than plain steel shims. Power stop brake pads are engineered for noise free braking with dual rubber backed shims that offer 6 times more noise reduction than plain steel shims. Power stop brake pads are engineered for noise free braking with dual rubber backed shims that offer 6 times more noise reduction than plain steel shims. High strength kevlar reinforces the ceramic and prevents high temperature glazing which causes brake fade due to resin bleed.

The ceramic pads low dust formula is validated through on vehicle 3rd party tests in the usa to keep your wheels looking like new. The power stop z16 evolution ceramic brake pads feature a ceramic formula designed to maximize stopping power while reducing brake dust eliminating noise. The z17 evolution ceramic brake pad and hardware kit is the affordable stock replacement for your daily driven vehicle. The pad surfaces are thermal scorched for fast break in.

Evolution pads feature a true ceramic formula that keeps wheels cleaner and won t wear out the rotors. Professional technicians prefer power stop z16 evolution clean ride ceramic pads for problem free installations and no come backs. Using oe positive mold technology along with a thermal scorched pad surface z16 pads maintain consistent wear and performance while ensuring a fast break in. Power stop z16 evolution clean ride brake pads feature ceramic materials enhanced with kevlar the material used in bullet proof vests.

The ceramic pads low dust formula is validated through on vehicle 3rd party tests in the usa to keep your wheels looking like new. The pad surfaces are thermal scorched for fast break in. Z16 evolution ceramic brake pads are the affordable stock replacement for your daily driven vehicle.