Brembo's UV Coated rotors are developed as direct replacement that meets or exceeds OEM specifications. Environmentally friendly, the solvent free UV coating offers superior protection of the disc, including braking...
Brembo's UV Coated rotors are developed as direct replacement that meets or exceeds OEM specifications. Environmentally friendly, the solvent free UV coating offers superior protection of the disc, including braking plate surfaces. High Carbon cast iron, where applicable, minimizes noise and vibration and provides maximum performance and enhanced driving comfort. Included with the UV Coated rotors is a fixing screw kit with all the necessary hardware for simple and worry free installation. New intelligent marking location show part number & the minimum thickness. In order to optimize and restore braking performance rotors and pads should be replaced together. Pair your UV Coated rotor with Brembo's NAO/Ceramic or Low Met brake pad formulations. Brembo, the most trusted brand in braking.
This Part Fits:
Year
Make
Model
Submodel
2007
Ford
Focus
S
2007
Ford
Focus
SE
2007
Ford
Focus
SES
2007
Ford
Focus
ST
2005-2006
Ford
Focus
ZX3
2005-2006
Ford
Focus
ZX4
2005-2006
Ford
Focus
ZX4 ST
2005-2006
Ford
Focus
ZX5
2005-2006
Ford
Focus
ZXW
Brembo's UV Coated rotors are developed as direct replacement that meets or exceeds OEM specifications. Environmentally friendly, the solvent free UV coating offers superior protection of the disc, including braking plate surfaces. High Carbon cast iron, where applicable, minimizes noise and vibration and provides maximum performance and enhanced driving comfort. Included with the UV Coated rotors is a fixing screw kit with all the necessary hardware for simple and worry free installation. New intelligent marking location show part number & the minimum thickness. In order to optimize and restore braking performance rotors and pads should be replaced together. Pair your UV Coated rotor with Brembo's NAO/Ceramic or Low Met brake pad formulations. Brembo, the most trusted brand in braking.