Adattatore girevole a 90° Barrow G1/4 maschio su G1/4 femmina, argento, modello FBWT90-MR s

Barrow FBWT90-MR s is a 90-degree rotatable adapter that converts a G1/4 male (AG) connection to a G1/4 female (IG) connection. Finished in silver, this adapter provides angular alignment and rotation to simplify tubing and fitting routing in PC water-cooling and other fluid systems. Its compact right-angle design helps fit connectors into tight spaces and reduces mechanical stress on hoses and fittings while preserving compatibility with standard G1/4 threads.

Advantages

The rotatable 90° adapter allows precise orientation of fittings without twisting the connecting tubing, enabling cleaner installations and easier maintenance. The silver finish offers corrosion resistance and a neutral appearance that integrates with a variety of system styles. The adapter maintains standard G1/4 thread compatibility, ensuring broad interoperability with common water-cooling components.

Suitable for

• PC custom liquid cooling loops where space is limited
• Routing tubing around tight corners or behind components
• Connecting radiators, pumps, reservoirs, and blocks with G1/4 ports
• Situations requiring reduced mechanical stress on fittings

Key specifications

• Connection type: G1/4 male (AG) to G1/4 female (IG)
• Orientation: 90-degree rotatable right-angle adapter
• Finish: Silver
• Application: Fluid systems and PC water-cooling fittings

How to use

Hand-thread the G1/4 male end into the component port until finger-tight, then rotate the adapter body to align the female end in the desired direction for tubing or fittings. Use appropriate tools only if additional torque is required, taking care not to over-tighten and avoiding excessive force that could damage threads or seals. Ensure all connected components and seals are compatible with standard G1/4 fittings before pressurizing the system.

Recommendations

Use the adapter in systems compatible with standard G1/4 fittings and verify seals (O-rings or thread tape) as needed. For best results, test the assembly for leaks at low pressure before full operation and avoid over-tightening to preserve threads and maintain ease of future maintenance.