PTFE stands for Polytetrafluoroethylene, a synthetic fluoropolymer. It's a material known for its excellent resistance to chemicals and high temperatures, making it suitable for fuel system components.

Why is submersible tubing important for fuel pumps?

Fuel pumps often sit inside the fuel tank, meaning the connected lines are constantly exposed to fuel. Using tubing specifically designed for submersion ensures it won't degrade or fail due to prolonged contact with the fuel.

What does the 5/16 inch ID refer to?

ID stands for 'inside diameter.' This measurement indicates the internal width of the tubing, which is important for ensuring proper flow and compatibility with fittings and fuel pumps.

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Radium Engineering Submersible PTFE Fuel Tubing 5/16in x 17.7in Long

Specifications

Brand: Radium Engineering
Part #: 20-0775
UPC: Radium 20-0775

Radium Engineering Submersible PTFE Fuel Tubing 5/16in x 17.7in Long

Name: Radium Engineering Submersible PTFE Fuel Tubing 5/16in x 17.7in Long
Brand: Radium Engineering
SKU: radium-engineering-radium-engineering-submersible-ptfe-fuel-tubing-5-16in-x-17-7-t14-419682
Price: 18.95 USD
Availability: InStock

$18.95

Only 9 left in stock

Radium Engineering submersible PTFE fuel tubing, 5/16" ID x 17.7" L. Ideal for fuel pump setups.

Key Features

Fits Radium Engineering fuel pump setups.
Submersible design for in-tank fuel pump applications.
Made from PTFE material for fuel resistance.
5/16 inch inside diameter.
17.7 inches in length.

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Product Details

Radium Engineering is known for making solid fabrication parts, and this submersible PTFE fuel tubing is a great example. If you're working on a fuel system that involves a pump sitting inside the fuel tank, this tubing is what you'll want to use. It's specifically made to handle being submerged in fuel, which is crucial for reliability.

This tubing has an inside diameter of 5/16 inches and is 17.7 inches long, giving you a good amount of material to work with for connecting your fuel pump to the rest of your system. The PTFE material is tough and won't break down when constantly exposed to gasoline or other fuels, making it a dependable choice for your project.