

Composite Intake Manifold Gasket Set for 1986-2004 Nissan Vehicles, 1997-2000 Infiniti QX4, 1993-1998 Mercury Villager
Fel-Pro MS922704 is an intake manifold gasket set built for factory-style sealing repairs on Nissan VG-series V6 applications and related Infiniti and Mercury models. It helps address intake sealing issues, vacuum leaks, oil and coolant exposure, and imperfect mating surfaces with composite, metal, and rubber sealing materials developed for real-world engine service. Use it for stock replacement repairs, engine rebuild work, or mild performance refreshes where factory port styles are retained.
Fel-Pro MS922704 Features:
- Designed for factory stock port styles, making it a practical choice for standard intake manifold service on compatible 3.0L V6 and 3.3L V6 applications.
- Composite construction with metal and rubber sealing materials helps the gasket conform to real-world sealing surfaces during intake manifold replacement.
- Precision-cut gasket design supports proper alignment during installation and helps restore a stable seal between the intake manifold and cylinder heads.
- Material package is formulated to handle common engine-bay exposure to heat, oil, and coolant in the intended repair environment.
- Engineered as an OEM-style replacement for routine service, rebuilds, and mild performance applications that keep the original port layout.
Includes:
- Lower intake gasket
- Intake manifold gasket set components for the manifold sealing service
Best suited for stock-style intake manifold repairs where the sealing surfaces need a fresh gasket during manifold removal, cylinder head work, or an engine refresh. Inspect the manifold and mating surfaces before installation and replace related worn hardware or seals as needed.
Fits select 1986-2004 Nissan, Infiniti, and Mercury vehicles with 3.0L V6 or 3.3L V6 engines, including Nissan Pathfinder, Frontier, Xterra, D21, Pickup, and Quest, plus Infiniti QX4 and Mercury Villager applications. Verify the exact year, engine, and trim before ordering because coverage varies by model.