Garosa 1 Inch NPT Fuel Nozzle Adapter 360 Degree Rotating Zinc Alloy Refueling Hose Connector for Transfer Pump Tank with Leakproof Rustproof Design

Spec: Item Type: Fuel Nozzle Adapter Product Material: Zinc Alloy Thread Specification: 1 Inch NPT Port Diameter: Approx. 32mm / 1.3in Adapter Length: Approx. 107mm / 4.2in Package List: 1 x Fuel Nozzle Adapter How To Use: Connect the fuel nozzle for use.

• [Universal 1 Inch Npt Compatibility] Designed with standard 1 inch npt threads this versatile fuel connector fits most pumps transfer tanks and hoses. ideal for multiple applications including home use farms gas stations and automotive maintenance. the precise threading ensures tight secure connections every time.
• [Optimal Refueling Angles] The rotating nozzle adapter allows easy adjustment to achieve perfect refueling positions without straining the hose. this eliminates jams bends and awkward angles for smoother fuel delivery. experience effortless refueling whether you're working with trucks tractors generators or storage tanks.
• [360° Rotation Prevents Hose Kinking] This premium fuel nozzle adapter features a smooth 360-degree rotation mechanism that eliminates hose twists and kinks during refueling. the innovative design maintains stable nozzle positioning while reducing spill risks for safer fuel transfers. perfect for quick and hassle-free refueling of vehicles machinery and equipment.
• [Multipurpose Fuel Management Solution] Simplify your refueling tasks with this highly functional rotating adapter suitable for various settings and equipment. from agricultural machinery to commercial vehicles this adapter streamlines fuel transfer while preventing spills and leaks. a must-have tool for efficient fuel handling.
• [Durable Zinc Alloy Construction] Crafted from zinc alloy this robust fuel hose connector resists rust and oxidation for long-lasting performance. its leakproof design ensures secure connections when handling various including kerosene and engine oil. the sturdy build withstands rigorous use in harsh environments.