Description
Ceramic brake pads dissipate heat well, last longer with less rotor wear, and do not generate the dark brake dust common with conventional pads. They use ceramic compounds and copper strands in place of the highly abrasive steel fibers found in conventional friction material formulas.
Quality ceramic pads commonly exceed OE standards for braking efficiency, noise, and durability. To many discriminating motorists, ceramic brake features justify their added initial cost.
Not sure which Hawk performance brake pad is right for your needs? Consult the "Hawk Brake Pad Compounds" graph for an illustration of braking temperatures versus coefficient of friction. A brake pad from the right of the graph such as DTC-50, DTC-60, or DTC-70 will provide aggressive stopping power for the track, but may not be suitable for street driving as they require higher temperatures to function properly. Selecting a pad from the left of the graph such as HPS 5.0, HP+, or the new Street Race will offer a more streetable upgrade with comparatively lower dust and quieter performance, while still improving brake torque and being gentle on rotors.