Power Stop® – Z16 Evolution Clean Ride Ceramic Disc Brake Pads

Power Stop® - Z16 Evolution Clean Ride Ceramic Disc Brake Pads

  • Evolution ceramic low dust formula for superior braking power and cleaner wheels
  • The pad surfaces are thermal scorched for a fast break-in
  • Powder coated backing plate extends life by resisting rust and corrosion
  • Premium rubberized shims provide virtually noise-free braking
  • Chamfered and slotted like the OE pad to ensure noise-free braking
  • Sold as a two-wheel set

The true ceramic formula also generates far less ugly brake dust on your wheels, and wears less cast iron off your rotors. Every is supplied with Power Stop’s engineered dual-rubber-backed shims, which provide 6 times the noise reduction of the OEM plain steel shims. With 20% more stopping power, these are the pads to choose for everyday use. They’re manufactured to OEM standards, with all the proper slots and chamfers for a perfect fit and long life. Posi-mold pads enable consistent density as the material is hot pressed into a mold at over 6,000 psi. The result is consistent performance and low noise. All pads are asbestos free.

Here’s another Power Stop exclusive: Thermal Scorching. When brake pads are properly broken in, there’s a band of pad material several millimeters thick that’s been baked free of organic binders. That band progresses through the pad as it wears, keeping the gummy binders from transferring to the rotor surface and reducing brake effectiveness. Power Stop Z16 pads are treated with their Thermal Scorching process to establish that band before the pads ever leave the factory. That means a fast, consistent bedding-in.

also uses the best technology for anti-squeal shims: constrained steel. A sandwich of two layers of steel with a viscoelastic layer between them prevents acoustic coupling between the pad and caliper piston, eliminating brake squeal. Other manufacturers attempt to use a single layer of steel or a layer of Teflon to achieve this. Power Stop’s solution, while pricier, is far more effective.