Adapter BitsPower G1/4 male to G1/4 female — TA-F63-GB, metal water-cooling fitting

BitsPower Touchaqua TA-F63-GB is a metal G1/4 male-to-female adapter designed for PC water-cooling systems. The fitting converts an external (AG) G1/4 thread to an internal (IG) G1/4 thread, enabling compatibility between components with different thread orientations. It is suitable for use with water-cooling blocks, radiators, reservoirs and other liquid-cooling components where a change in thread type or orientation is required.

Advantages

This metal adapter provides a durable, corrosion-resistant connection for custom liquid-cooling loops, maintaining a secure seal between components with differing G1/4 port types. The precise threading and solid construction reduce the risk of leaks and ensure stable mechanical connection while allowing easy reconfiguration of existing fittings. Its compact form factor makes it suitable for tight installation spaces.

Suitable for

• Adapting an external G1/4 threaded port to an internal G1/4 port
• Extending or redirecting tubing and fitting connections in custom loops
• Connecting water blocks, radiators, reservoirs and angled fittings with mismatched thread orientations

Key specifications

• Thread conversion: G1/4 male (external) to G1/4 female (internal)
• Material: metal construction for durability
• Application: PC water-cooling and liquid cooling components
• Form factor: compact inline adapter suitable for confined spaces

How to use

Verify thread sizes on both components before installation and ensure mating surfaces are clean and free of debris. Hand-start the adapter onto the external G1/4 thread, then tighten by hand until snug; finish with an appropriate tool if necessary, taking care not to overtighten. After connecting the internal G1/4 component, perform a pressure or leak test on the cooling loop to confirm a secure, watertight seal.

Recommendations

Use compatible G1/4 fittings and appropriate sealing methods such as quality thread sealant or PTFE tape where required. Avoid excessive torque during installation to prevent damage to threads or mating components. Inspect connections periodically as part of routine maintenance of the cooling loop.