Adapter 90° XSPC G1/4 inch male to G1/4 inch female, swivel, chrome

The XSPC 90° swivel adapter with G1/4" male to G1/4" female connection in chrome finish provides a compact right-angle solution for water-cooling loops and fluid systems. It delivers a directional change while allowing rotational movement at the joint, which helps reduce hose strain and simplifies tubing routing in tight spaces. The adapter is compatible with standard G1/4" threaded fittings commonly used in PC liquid cooling components.

Advantages

This swivel adapter enables a 90° directional change without twisting the connected tubing, improving longevity of hoses and fittings. The chrome finish offers smooth threads and a corrosion-resistant surface suitable for typical coolant environments. The swivel functionality allows for precise alignment during installation, making it easier to achieve leak-free connections in confined areas.

Suitable for

• PC liquid cooling loops and custom water-cooling builds
• Connecting radiators, pumps, reservoirs and water blocks with G1/4" threads
• Retrofits and maintenance tasks that require changing hose routing without disassembling components

Key specifications

• Connection type: G1/4" male to G1/4" female
• Orientation: 90° right-angle with swivel
• Finish: chrome
• Compatibility: standard G1/4" threaded components used in liquid cooling

How to use

Hand-tighten the G1/4" female side onto the corresponding male-threaded component, then secure the male side into the receiving female thread. Adjust the swivel to the required orientation before fully tightening to avoid over-torquing any connected fittings. Use appropriate thread sealant or PTFE tape only if the connected components require it and ensure all connections are checked for leaks after filling the loop.

Recommendations

Install in accessible positions to allow future adjustments, avoid excessive bending of hoses at the swivel joint, and verify material compatibility with your coolant. Inspect connections periodically and retighten if necessary after initial thermal cycling.