Intake Manifold Housing Gasket - Elring - 259.650

The primary function of an intake manifold gasket is to create a seal between the intake manifold and the cylinder head, preventing air leaks (vacuum leaks) into the engine and ensuring the correct air-fuel mixture for optimal combustion.

Signs of a failing intake manifold gasket include rough idling, a decrease in engine power, poor fuel economy, a check engine light, or audible hissing sounds from the engine bay. A visual inspection might reveal oil or soot around the gasket area.

No, intake manifold gaskets are designed for single use. They are typically made of crushable material and must be replaced whenever the intake manifold is removed to ensure a proper seal.

'OE-quality' means the gasket is manufactured to meet or exceed the standards set by the original equipment manufacturer (OEM) for performance, durability, and fitment.

This gasket is primarily designed for specific Audi A6, Audi Q5, and Volkswagen Touareg models, as well as compatible Porsche, SEAT, and Skoda variants within certain model years and engine types. Always verify fitment.

Variations can exist between model years or specific vehicle configurations even within the same model name. Checking measurements ensures you are purchasing the exact gasket required, preventing installation issues or performance problems.

This intake manifold housing gasket is manufactured by BERU.

Double-check that the intake manifold is properly seated and all bolts are torqued to the manufacturer's specifications. Ensure all vacuum lines and sensor connections are reconnected correctly. Verify that the correct gasket was used for the specific application and that mating surfaces were perfectly clean.

Scan the vehicle for diagnostic trouble codes (DTCs). Common codes related to intake manifold issues include P0171 (System Too Lean) or P0101 (Mass Air Flow Circuit Range/Performance). Re-inspect the installation for leaks or misconnections.

Ensure no old gasket material or debris is present on the sealing surfaces. Verify that all attached components (like sensors or brackets) are out of the way and do not obstruct the manifold's seating.