XSPC Adapter 90° G1/4 inch male to G1/4 inch female, rotatable, black

The XSPC Adapter 90° G1/4" male to G1/4" female, rotatable, black is a compact right-angle fitting designed for G1/4" threaded liquid-cooling loops. It provides a 90-degree change of direction between a male G1/4" thread and a female G1/4" thread while maintaining full compatibility with standard G1/4" components. The rotatable design allows you to align the outlet precisely without twisting the connected tubing or ports, and the low-profile black finish fits discreetly into confined spaces around radiators, water blocks and pump tops.

Advantages

This adapter offers a simple mechanical solution for redirecting coolant lines by 90° while preserving G1/4" thread compatibility. The rotatable coupling reduces stress on fittings and tubing during installation and adjustment, enabling easier orientation in tight layouts. The black finish minimizes visual prominence inside a system and resists showing minor wear. Its compact form factor helps maintain clearance in cramped areas around blocks and radiators.

Suitable for

• Routing coolant tubes in compact PC water-cooling loops
• Connecting radiators, pump tops or water blocks where space requires a 90° turn
• Adjusting port orientation without removing adjacent fittings or hoses

Key specifications

• Thread standard: G1/4" (male to female)
• Orientation: 90° right-angle
• Rotatable coupling for adjustable alignment
• Finish color: black
• Designed for use with liquid-cooling fittings and tubing in PC systems

How to use

Hand-tighten the male G1/4" end into the corresponding female port on a radiator, pump top or water block, taking care not to cross-thread. Attach the mating G1/4" female fitting or tubing assembly to the adapter's female end and rotate the coupling to orient the outlet as required. Final tightening should be performed with appropriate tools to ensure a secure, leak-free connection, observing recommended torque values for your fittings and components.

Recommendations

Inspect sealing surfaces and use appropriate thread sealant or PTFE tape where recommended by component manufacturers. Avoid overtightening to prevent damage to threads or deformation of fittings. Verify alignment after pressurizing the loop and check for leaks during initial system fill and testing.