Order Status & Returns
Gift Cards
Help Center
1-800-345-4545
Vehicle Info NeededZ23 Evolution Sport Brake Pads Rear
Ships Tomorrow
Lowest Price GuaranteeVehicle Fitment
- Rear: Chrysler Concorde 1994-1993; Imperial 1993-1991; Intrepid 1994-1993; LeBaron 1995-1989; LHS 1994; New Yorker 1994-1991; PT Cruiser 2010-2001; Dodge Daytona 1993-1989; Dynasty 1993-1991; Intrepid 1994-1993; Neon 2005-1995; Shadow 1990-1988; Shadow 1994-1993; Spirit 1995-1990; Stratus 2006-1995; Eagle Vision 1994-1993; Plymouth Acclaim 1994-1990; Breeze 2000-1996; Neon 2001-1995; Sundance 1990-1988; Sundance 1994-1993
For more detailed fitment information, Click Here!
Carbon Fiber Infused Ceramic Brake Pads
Power Stop Evolution Sport Z23 High Carbon Ceramic Brake Pads are engineered for the enthusiast that wants to get the most out of their vehicle without sacrificing everyday driveability. These brake pads use shims with two layers of rubber backing to reduce noise 6x more than plain steel shims and a powder coated backing plate that extends life by resisting rust and corrosion. The brake pad's surface is thermal scorched for fast break-in, and a true ceramic formula keeps wheels cleaner. Power Stop's premium performance carbon fiber infused ceramic compound is made using OE positive mold technology to ensure uniform friction density throughout the brake pad; this helps control premature wear and noise.
Show More
Power Stop Z23 Evolution Sport High Carbon Ceramic Brake Pads also offer superior resistance to brake fade without the dust and noise of metallic brake pads. A premium stainless steel hardware kit is included where applicable and a specially formulated high-temp ceramic based brake lubricant is included in every brake pad set. If you need a quick, simple, affordable solution to better braking, then don't just stop... Power Stop!
Show More
Features & Benefits:
- Carbon Fiber/Ceramic Brake Pads Provide More Pad Bite without Extra Dust or Noise
- Rubber-Backed Brake Pad Shims Minimize Noise
- Brake Pads Are Thermal Scorched for Fast Break-In
- Uniform Friction Density of Brake Pads Controls Premature Wear
- Power Stop Brake Pads Have 20% More Stopping Power than Competitors
Note: Limited Applications require use of Z16 Ceramic Pad
Click Image to Enlarge
