Wagner Brake SX2224 Disc Brake Pad Set - Rear

Overview

Wagner Brake SevereDuty disc brake pad set SX2224 is built for demanding stopping conditions and direct replacement service. It is compatible with Ram 3500 rear brake applications from 2019-2025 and uses a semi-metallic friction formula with slotted, chamfered pads and included shims.

Key Features

• Semi-metallic friction material for consistent braking performance.
• Slotted pad design helps manage heat and debris.
• Chamfered edges support smoother pad contact.
• Pad shims included for noise control and fit consistency.
• Outer and inner pad thickness: 0.835.
• FMSI references: 9463-D2224, 9463, and D2224.

Detailed Description

The Wagner Brake SX2224 SevereDuty disc brake pad set is engineered for rear brake service on Ram 3500 trucks in 2019-2025 model years. Its semi-metallic composition is paired with slotted faces and chamfered edges to support stable braking characteristics under heavier-duty use. The SX2224 also includes pad shims, which help refine pad-to-caliper contact and reduce unwanted noise.

This part cross-references Mopar 68451229AA for the same application. It also aligns with multiple aftermarket references, including D2224 and DG2224, making SX2224 a practical replacement choice when matching the correct rear brake pad profile for Ram 3500 service.

What It Is Used For

• Replacing worn rear disc brake pads.
• Restoring braking response and pedal feel.
• Addressing brake noise from worn pad hardware surfaces.
• Correcting uneven pad wear tied to damaged friction surfaces.
• Maintaining braking performance in severe-duty use.

Installation Notes and Tips

Fits 2019-2025 Ram 3500, rear. Confirm the FMSI match before installation and inspect rotors, caliper condition, and pad contact surfaces during service. Clean the caliper bracket and pad abutment areas so the slotted pads and shims seat properly.

Quality Assurance

Wagner Brake SevereDuty is positioned for demanding brake service and uses a semi-metallic pad design with application-specific FMSI references for accurate replacement selection.