Nissens 96785 Intercooler - Front

Overview

The Nissens 96785 intercooler is a specific-fit cooling component for turbocharged intake air management. It is built with an aluminum core, plastic tanks, and brazed cooling fins to support efficient heat transfer in a compact package.

Key Features

• Specific-fit intercooler for direct application matching.
• Aluminum core with plastic tanks for a balanced thermal design.
• Brazed cooling fins help promote consistent airflow through the core.
• 2.76-inch inlet and outlet diameters for proper hose connection sizing.
• Mounting hardware included for installation convenience.

Detailed Description

Part number 96785 is engineered for the front-mounted intercooler application on the 2005-2006 Mercedes-Benz E320. As part of Nissens' thermal management lineup, it reflects the brand's focus on engine efficiency components and OE-style aftermarket coverage. This intercooler is also cross-referenced to 718131 and 2115001102 for the same application.

For Mercedes-Benz E320 owners, the Nissens 96785 provides a direct replacement path when the original intercooler shows signs of reduced cooling performance or physical wear. The specific-fit design helps ensure the core dimensions and connection points align with the intended vehicle setup.

What It Is Used For

• Reduced charge-air cooling efficiency from a restricted or damaged core.
• Boost pressure loss caused by deteriorated intercooler connections.
• Heat buildup in the intake charge during turbocharger operation.
• Physical damage to the intercooler core or tanks.

Installation Notes and Tips

Fits 2005-2006 Mercedes-Benz E320, front. Verify inlet and outlet diameters, core dimensions, and mounting points before installation. Inspect adjoining hoses and clamps for wear so the replacement can seal correctly and perform as intended.

Quality Assurance

Nissens develops and manufactures thermal and engine efficiency components under its Genuine Nissens Quality standard. Part number 96785 is built to the brand's stated quality approach for aftermarket cooling components.