Aluminium Female Weld On Hose Fittings

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Aluminium Female Weld-On Hose Fittings – Secure & Versatile Sensor Port Solutions

Designed for custom fabrication projects, our aluminium female weld-on hose fittings provide a strong, leak-free solution for adding sensor ports to fuel, oil, and coolant systems. Featuring a precision-machined 1/8"-27 NPT female thread, these fittings are ideal for integrating pressure, temperature, and other sensors into custom-built tanks, piping, and reservoirs.

Why Choose Our Female Weld-On Hose Fittings?

Reliable Sensor Port Integration

Designed with a 1/8"-27 NPT female thread, making it perfect for adding sensors such as pressure, temperature, and fluid monitoring probes.
Precision-Machined for Strength & Durability

Manufactured from high-grade aluminium, these fittings offer exceptional strength, corrosion resistance, and long-lasting reliability.
Seamless Weld-On Integration

Designed for secure welding onto aluminium tanks, piping, and fabricated components, providing a strong and permanent connection.
Ideal for Custom Fabrication

Perfect for fuel cells, oil catch tanks, radiators, intercoolers, and surge tanks where sensor monitoring is required.
Universal Fluid Compatibility

Suitable for use with fuel, oil, coolant, hydraulic fluid, and pressurised air, ensuring adaptability across various high-performance applications.
Motorsport & Automotive Ready

Designed to meet the demands of high-performance vehicles, race cars, and custom fabrication projects, ensuring reliability under extreme conditions.

What is a Female Weld-On Hose Fitting?

A female weld-on hose fitting is a fabrication component designed to be permanently welded onto aluminium parts, such as tanks, piping, and reservoirs. With its 1/8"-27 NPT female thread, it provides a secure and leak-free port for installing sensors or other NPT-threaded fittings.

Built for Performance, Trusted by Professionals

From bespoke fabrication to high-performance motorsport applications, our aluminium female weld-on hose fittings deliver the strength, durability, and reliability you need. Upgrade your setup today with precision-engineered weld-on fittings.

Frequently Asked Questions

What are aluminium female weld-on hose fittings used for?
Aluminium female weld-on hose fittings are designed to be permanently welded onto aluminium components such as tanks, pipes, radiators, and intercoolers. They provide a strong, leak-free connection point with an internal thread, commonly 1/8"-27 NPT, allowing for the integration of sensors or other threaded fittings in fuel, oil, coolant, and pressurised air systems. These fittings are ideal for custom fabrication projects in motorsport and automotive applications.
What thread sizes are available for these fittings?
Currently, we offer aluminium female weld-on hose fittings with the following internal thread size:
- 1/8"-27 NPT Female
This size is commonly used for integrating pressure or temperature sensors into fluid systems.
Are these fittings compatible with your custom braided hoses?
Yes, our aluminium female weld-on hose fittings are fully compatible with our range of custom braided hoses, including those used for fuel, oil, coolant, and pressurised air systems. They ensure a secure, leak-free connection in high-performance environments.
What materials are these fittings made from?
These fittings are CNC-machined from high-grade aluminium and have a raw silver finish, offering excellent corrosion resistance and long-lasting performance in both road and race environments.
How do I install these aluminium female weld-on hose fittings?
Installation involves welding the fitting onto your aluminium component using appropriate welding techniques. Once welded, the internal thread allows for the attachment of sensors or other threaded fittings. Ensure all connections are tight and leak-free before pressurising the system.
Are these fittings reusable?
While the fittings themselves are permanently welded onto components and thus not reusable in other applications, the sensors or fittings connected to them can be detached and reused as needed.