Whitecap Fuel Vent - Round Head, Straight, 9/16" Chrome Brass

The Whitecap Fuel Vent Round Head Straight 9/16" Chrome Brass (S-7032C) is a precision-engineered fuel system component designed for marine vessels, off-road equipment, and specialty vehicles requiring reliable vapor management. This chrome brass fuel vent features a round head configuration with straight orientation, providing dependable airflow regulation for fuel tanks operating in demanding environments where corrosion resistance and durability are non-negotiable.

Built from chrome plated brass construction, this fuel vent accommodates 9/16-inch hose connections with a 3/4-inch mounting hole, making it compatible with standard marine and automotive fuel system configurations. The straight design ensures unobstructed vapor passage while the round head profile minimizes snagging and provides optimal flow characteristics. Chrome plating offers superior corrosion protection in salt-air environments, essential for marine applications where standard brass would degrade rapidly. The compact 3 x 2 x 6 inch profile integrates seamlessly into tight engine compartments and tank enclosures without requiring extensive modification.

This component serves operators maintaining offshore vessels, recreational and commercial fishing platforms, ATV and UTV fuel systems, and industrial equipment where fuel vapor venting is critical to safe operation. The Whitecap S-7032C is particularly valued by technicians who prioritize corrosion resistance and long-term reliability over plastic or untreated alternatives. Whether servicing aging marine engines or upgrading fuel system ventilation on restoration projects, this fuel vent delivers consistent performance across seasonal temperature swings and prolonged saltwater exposure.

Whitecap is recognized in the marine hardware sector for producing components that withstand decades of field use without replacement. This fuel vent reflects that engineering philosophy—simplicity, material integrity, and proven design geometry that outperforms cost-driven alternatives in corrosive conditions.