WAGNER Brake Pad ZX159

About this part

Disc Brake Pad Set, QuickStop Disc Brake Pad Set, QuickStop Front Disc Brake Pad Set Semi-Metallic, 1982-1989 Buick Century (Front) (Qualifier: OE Pad Material is Semi-Metallic, without Heavy Duty Brakes) 1980-1985 Buick Skylark (Front) (Qualifier: OE Pad Material is Semi-Metallic) 1982-1989 Chevrolet Celebrity (Front) (Qualifier: OE Pad Material is Semi-Metallic, without Heavy Duty Brakes) 1980-1985 Chevrolet Citation (Front) (Qualifier: OE Pad Material is Semi-Metallic) 1984-1985 Chevrolet Citation II (Front) (Qualifier: OE Pad Material is Semi-Metallic) 1982-1989 Oldsmobile Cutlass Ciera (Front) (Qualifier: OE Pad Material is Semi-Metallic, without Heavy Duty Brakes) 1988-1990 Oldsmobile Cutlass (Front) (Qualifier: OE Pad Material is Semi-Metallic) 1980-1984 Oldsmobile Omega (Front) (Qualifier: OE Pad Material is Semi-Metallic) 1982-1989 Pontiac 6000 (Front) (Qualifier: OE Pad Material is Semi-Metallic, without Heavy Duty Brakes) 1980-1984 Pontiac Phoenix (Front) (Qualifier: OE Pad Material is Semi-Metallic), Wagner QuickStop ZX159 Front Disc Brake Pad Set Semi-Metallic for Chevrolet Celebrity, Wagner QS™ brake pads are designed and tested to restore like-new performance These pads are developed with a 100% post-cure process to ensure even friction performance throughout the life of the pad and are engineered to reduce noise-causing vibration, RESTORES LIKE-NEW BRAKING PERFORMANCE -- OE fit and form design delivers consistent, even braking throughout the life of the brake pad, REDUCED VIBRATION -- Application-specific design reduces noise-causing vibration, EVEN PERFORMANCE -- Engineered for consistent braking throughout the life of the pad, APPLICATION-SPECIFIC MATERIALS - Formulated to meet the unique needs of each vehicle application, HARDWARE INCLUDED - Premium stainless-steel hardware and OE-style lubricant included in most applications, COMPREHENSIVE COVERAGE -- Brake pads available for all vehicle types, ZERO COPPER FORMULATION -- Features Wagner OE25™ zero-copper friction formulation