Autozek

D828

Autozek D828-R Performance Ceramic Break Pads (rear set)

Brake Pads

With performance ceramic you can expect to generate less dust, less noise and wear on both the pads and rotors
All pads are made using positive mold technology for quiet, consistent braking
Pads are chamfered like the OE, and come with dual layer rubber shims
Autozek's Ceramic Brake Pads are tested in different stages of production line, as well as in the final stage of the packaging
Manufactured under ISO 9001 standards to ensure the highest standard

Autozek has introduced key performance, appearance and drive friendly series called Autozek's ceramic brake pads. Those brake pads are engineered to reduce brake NVH (Noise, Vibration and Harshness).  Most vehicles come with ceramic pads from the factory. Autozek's pads are the perfect replacement for serious street performance. Ceramic brakes generally use ceramic compounds and copper fibers in place of the semi-metallic pad's steel fibers and this accommodate higher temperatures with less heat fade. Furthermore, the ceramic brake pad formula has a linear friction profile that allows your ABS brake system to work more effectively. With performance ceramic you can expect to generate less dust, less noise and wear on both the pads and rotors. An obvious indication of this wear is the black dust which accumulates primarily on the rims, leaving behind marks that aren't convenient for vehicle owners who place high value on the appearance of their vehicle. All pads are made using positive mold technology for quiet, consistent braking. Pads are chamfered like the OE, and come with dual layer rubber shims .Autozek's Ceramic Brake Pads are tested in different stages of production line, as well as in the final stage of the packaging. Autozek's Ceramic Brake Pads are products which are manufactured under ISO 9001 standards to ensure the highest level

Intro-Tech Protect-A-Mat Cargo Area Custom Floor Mat for Select Lexus GS 300 Models - Vinyl (Clear)
Frigette Parts 234 410 Auto Part 234-410
Mix me 3967