Fuel line PTFE (AN6, AN8, AN10, AN12)

Nylon-braided PTFE fuel hose – high-pressure

A high-quality PTFE fuel hose designed for use in fuel systems and other automotive applications requiring high resistance to pressure and temperature. Constructed with a PTFE inner liner, reinforced with a stainless steel braid and an outer nylon layer, it ensures durability, strength, and resistance to demanding operating conditions.

The hose is suitable for transporting various types of fuels and fluids, making it ideal for use in standard automotive systems as well as in sports cars and modified fuel systems.

Key product features:

• Inner material: PTFE (polytetrafluoroethylene)
• Reinforcement: stainless steel braid
• Outer layer: nylon braid
• Maximum working pressure: 1,500 PSI (approx. 103 bar)
• Burst pressure: 4,500 PSI (approx. 310 bar)
• Temperature range: -60°C to +230°C
• Applications: fuel systems and other automotive systems

Fluid compatibility:

The hose is designed for use with many types of fuels and fluids, including:

• gasoline,
• diesel fuel,
• biodiesel,
• E85 fuel,
• engine oil,
• methanol,
• gear oil and transmission fluid.

Applications:

PTFE tubing can be used, among other things, as:

• a fuel injection system supply line,
• an engine fuel line,
• a fuel return line,
• a turbocharging system line,
• a line in LPG systems,
• a line in cooling and lubrication systems,
• a component of automotive and sports fuel systems.

Why choose a PTFE hose?

• High pressure resistance – suitable for demanding applications.
• Thermal resistance – wide operating temperature range.
• Durable construction – the PTFE liner and steel braid provide robust reinforcement.
• Wide compatibility – suitable for use with various fuels and fluids.
• Versatility – works well in many types of automotive systems.

Available in AN6, AN8, AN10, and AN12 diameters

Price listed is per 1 meter.

Note: Before installation, select appropriate fittings and connectors compatible with the hose and ensure that the pressure, temperature, and type of fluid being transported fall within the range specified by the manufacturer. Maximum parameters may depend on the hose diameter and the connectors used.