The DFC 331-52631 rear left brake caliper provides a high-quality OE replacement solution specifically designed for heavy-duty fleet applications and severe-duty automotive needs. This caliper features robust construction with a silver zinc coating, offering enhanced corrosion resistance vital for fleet vehicles exposed to harsh environmental conditions. Its design ensures precise fitment and reliable hydraulic performance, restoring proper brake response and pedal feel under demanding operational loads. The caliper’s structural integrity prevents internal fluid leaks and maintains consistent clamping force during prolonged or repeated stopping cycles, which is essential for safe fleet operations.
Manufactured with strict adherence to OEM standards, the DFC 331-52631 integrates seamlessly into existing brake systems, reducing installation time and ensuring compatibility across a range of heavy-duty vehicles. Its durable casting and high-quality materials are engineered to withstand the rigors of commercial use, including high-temperature environments and frequent braking. This caliper is an ideal replacement for worn or damaged units, helping fleet managers maintain optimal braking performance and vehicle safety. Proper installation and periodic inspections are recommended to ensure maximum longevity and operational efficiency of the brake system.
Designed to meet or exceed OEM specifications, this caliper assembly is suitable for use in various fleet and industrial applications, providing a reliable upgrade that emphasizes safety and durability in demanding operational contexts. Whether for routine maintenance or fleet overhaul, the DFC 331-52631 rear left caliper enhances your vehicle’s braking capacity, ensuring consistent stopping power and peace of mind in critical operational scenarios.
Features:
- OE replacement caliper with durable silver zinc coating for corrosion resistance
- Designed for rear left mounting on 2008-2009 Pontiac G8 models
- Seamless fitment to OEM specifications for quick installation
- High-strength casting ensures structural integrity under severe-duty conditions
- Engineered to prevent internal leaks and maintain hydraulic responsiveness



