PPE 2001-2019 GM/RAM 2500 11.5"-14 Heavy-Duty Aluminum Rear Differential Cover
Regular price$287.99
Regular price
$319.99
Sale price$287.99
Sale
PPE Heavy-Duty Aluminum Rear Differential Cover For GM and Dodge Trucks
Product Overview: The PPE Heavy-Duty Aluminum Rear Differential Cover is designed to protect and enhance the performance of rear differentials on GM and Dodge trucks. Made from high-strength aluminum, this cover improves heat dissipation, increases fluid capacity, and provides a rugged, leak-resistant seal to support long-term reliability in demanding applications.
Key Features:
Improved Heat Dissipation: The aluminum construction with finned design helps to cool the differential by increasing heat dissipation, promoting longer fluid life.
Increased Fluid Capacity: Allows for additional fluid, helping to keep the differential running cooler, even in high-performance or heavy-duty use.
Heavy-Duty Construction: Made from high-grade aluminum to resist impacts, corrosion, and wear, providing reliable protection for your differential.
Magnetic Drain Plug Included: Comes with a magnetic drain plug to capture metal particles, protecting your differential from wear and contamination.
Direct Fit for GM and Dodge Models: Engineered for easy installation on a variety of GM and Dodge trucks, ensuring a secure fit and improved performance.
Technical Specifications:
Material: High-quality aluminum with a finned design for optimal heat dissipation and durability.
Capacity: Increased fluid capacity over OEM covers, supporting improved cooling and differential protection.
Compatibility: Fits specific GM and Dodge truck models, ideal for both standard and performance applications.
Function: Enhances cooling, increases fluid capacity, and provides robust protection for the rear differential.
Installation Notes: The PPE Heavy-Duty Aluminum Rear Differential Cover installs as a direct replacement for the factory cover, making it a straightforward upgrade for enhanced cooling and protection. Perfect for truck owners looking to improve differential reliability in both daily driving and heavy-duty conditions.