Centric 105.02070 Posi-Quiet Ceramic Disc Brake Pad Set with Shims

The Centric Posi-Quiet 105.02070 is a ceramic front disc brake pad set designed as a direct OE replacement. Manufactured using the same positive molding process employed by original equipment suppliers, these pads deliver consistent friction material density throughout for even wear, reliable stopping performance, and extended pad life.

Each pad features either precision-cut or shaved backing plates combined with mechanically attached, application-specific shims that ensure a proper fit within the caliper. This design virtually eliminates the pad vibration that commonly causes brake squeal, resulting in a quieter, more refined braking experience.

A factory scorching process drives out impurities from the friction compound and thermally pre-conditions each pad, significantly accelerating the bed-in period and delivering confident stopping power from the very first stop. The 100% asbestos-free ceramic formulation produces minimal brake dust, helping keep wheels cleaner over time.

Key Features:

• Ceramic friction compound — 100% asbestos-free for cleaner, safer performance
• OE positive molding process — consistent friction material density throughout the pad
• Pre-scorched from the factory — faster bed-in and earlier full stopping power
• Mechanically attached shims included — reduces noise and vibration
• Precision-cut or shaved backing plates — secure, application-specific fit in the caliper
• Low dust formulation — keeps wheels cleaner than many standard pads
• Stable friction across a broad temperature range — consistent performance in everyday and demanding driving conditions
• Superior heat recovery — maintains braking effectiveness under sustained or aggressive braking
• Front axle, 2-wheel set — covers both front calipers
• Warranty: 90-day or 3,000-mile Centric limited warranty

The Centric Posi-Quiet 105 series ceramic brake pads are an ideal OE-quality replacement for RWD 3/4-ton applications seeking quieter, lower-dust braking without sacrificing stopping distance or fade resistance.