Vibrant Performance 18053 Submersible PTFE In-Tank Fuel Line, 5/16-Inch ID, 8-Inch Length

The Vibrant Performance 18053 Submersible PTFE In-Tank Fuel Line is designed for reliable fuel-system service in applications where tubing is exposed to fuel inside the tank. Made from flexible PTFE, this white fuel line provides strong chemical resistance and dependable performance in demanding automotive fuel environments. Its 5/16-inch inside diameter supports compatibility with common fuel-system components and fittings.
The flexible construction makes the Vibrant Performance 18053 tubing easier to route through confined in-tank spaces than rigid fuel line alternatives. Its 8-inch length is suitable for replacement, repair, and custom fuel-system installations where a compact section of submersible tubing is required. The tubing is supplied as a single piece for convenient project planning and installation.
Designed specifically for in-tank use, this PTFE fuel line helps maintain dependable fuel delivery while resisting the effects of prolonged fuel exposure. It is a practical choice for performance vehicles, restoration projects, custom builds, and replacement fuel-pump assemblies. Verify the required inside diameter, length, and connection style before installation to ensure proper fitment with the existing fuel system.
Vibrant Performance is known for producing specialty automotive components for performance and custom applications. The 18053 Submersible PTFE Fuel Tank Tubing combines flexible routing, fuel-resistant construction, and application-focused design in a compact replacement component. It is not air restricted and is not designated for truck-freight-only shipping.

Features:

• Brand: Vibrant Performance

• Part Number: 18053

• Application: In-tank fuel line and fuel-system replacement use

• Material: Flexible PTFE

• Inside Diameter: 5/16 inch

• Length: 8 inches

• Color: White

• Quantity: One piece

• Fuel Compatibility: Designed for submersible in-tank applications

• Construction: Flexible for routing through confined fuel-tank spaces