Barrow G1/4 inch Extension Offset MF 14 - silver - TX360PZ s

Barrow G1/4" Extension Offset MF 14 (model TX360PZ s) is a silver-colored threaded extension designed for liquid-cooling and plumbing assemblies. It provides a G1/4" connection with an MF 14 offset geometry to shift the axis of mating fittings, enabling precise alignment and improved routing of tubes and connectors in compact or angled installations.

Advantages

The extension delivers a compact offset solution that maintains a secure threaded connection while creating space between components. Its silver finish offers corrosion resistance and a neutral appearance suitable for visible or hidden installations. The MF 14 offset design reduces stress on hoses and fittings by achieving correct alignment without forcing connectors into unnatural angles.

Suitable for

• Routing and spacing fittings in PC liquid-cooling loops
• Creating clearance in tight or angled plumbing assemblies
• Aligning connectors where direct threading would cause misalignment
• Custom cooling builds requiring precise offset alignment

Key specifications

• Connection type: G1/4" threaded interface
• Offset design: MF 14 geometry for axial displacement
• Color/finish: silver
• Material: metal construction suitable for fittings (metal type per manufacturer)
• Application: liquid-cooling and general plumbing fittings

How to use

Thread the extension into the corresponding G1/4" female port until hand-tight, then use an appropriate wrench to secure it without over-torquing. Attach the mating fitting or tubing to the offset end, checking for correct alignment. When installing in a liquid-cooling loop, ensure all joints are tightened to manufacturer torque recommendations and perform a leak test before powering the system.

Recommendations

Use compatible G1/4" fittings and sealing practices (such as appropriate PTFE tape or sealant where recommended) and avoid excessive force when tightening to prevent thread damage. Inspect connections periodically for signs of wear or leakage, especially in high-temperature or high-vibration environments.