BCBC V3265 Engine Intake Valve

Engine Intake Valve Overview

The Melling V3265 is a standard replacement engine intake valve built for Ford Super Duty applications. It uses steel construction, a coated finish, and precise dimensions to support consistent sealing and airflow in the valvetrain.

Key Features

• Steel intake valve with a coated finish for added surface durability.
• Standard replacement grade for service and rebuild work.
• 30-degree seat angle for proper valve seating.
• 34.0 mm valve head diameter and 7.0 mm stem diameter.
• Three lock grooves and a 133.0 mm overall length.

Detailed Description

Melling V3265 intake valves are engineered with superior-grade alloy selection and advanced manufacturing methods to meet demanding valvetrain requirements. The steel valve body and heat-resistant design support dependable operation in Ford F-250 Super Duty, Ford F-350 Super Duty, Ford F-450 Super Duty, and Ford F-550 Super Duty engine builds. This part number, V3265, is a direct-fit style intake valve for stock applications where accurate dimensions and consistent performance matter. This part cross-references Carlson 13265 for the same application.

What It Is Used For

• Replacing a worn or damaged intake valve during engine service.
• Restoring proper intake sealing after valve wear or heat exposure.
• Addressing compression loss related to valve sealing issues.
• Supporting stable airflow through the intake side of the cylinder head.

Installation Notes and Tips

Verify valve head diameter, stem diameter, seat angle, and overall length before installation. Confirm compatibility with the cylinder head and valvetrain specifications for the intended Ford application. Professional machine work and inspection of related valvetrain components are recommended during engine rebuild procedures.

Quality Assurance

Melling uses precision engineering, controlled material selection, and advanced manufacturing processes to produce intake valves for OEM and performance applications. Part number V3265 is built to meet the dimensional and durability requirements expected in engine service work.