Barrow G1/4 tuuman suora jatkosovitin MF 7,5 mm musta (TNYZ-G7.5 b)

Barrow G1/4" straight extension adapter MF 7.5 mm in black is a metal male-to-female G1/4" threaded spacer designed to extend or reposition fittings in liquid-cooling loops and other systems using standard G1/4" threads. With a compact 7.5 mm length and straight profile, this adapter keeps the original thread type while providing a short extension to accommodate tight clearances, adjust alignment, or create separation between components.

Advantages

The adapter is made of metal with a black finish for durability and visual consistency in PC builds. Its G1/4" male-to-female configuration preserves compatibility with existing G1/4" components, eliminating the need to change fittings. The short 7.5 mm length gives a discreet extension that helps manage clearances and improve access to ports without adding significant bulk.

Suitable for

• PC watercooling loops where a small extension is needed to reach or align fittings
• Repositioning radiators, reservoirs, pumps, or blocks with G1/4" ports
• Systems requiring a short spacer to prevent contact or tension between components
• Custom cooling setups and maintenance tasks that need easy connection adjustments

Key specifications

• Thread type: G1/4" male-to-female
• Material: metal (black finish)
• Length (extension): 7.5 mm
• Profile: straight inline adapter

How to use

Install the adapter by screwing the male end into the female G1/4" port, then attach the desired G1/4" fitting to the adapter's female end. Ensure threads are clean and, if required, use compatible sealing methods such as appropriate thread tape or O-rings supplied with the mating fittings. Tighten by hand first, then secure with a suitable tool without over-torquing to avoid damaging threads or compressing seals.

Recommendations

Verify compatibility with existing G1/4" fittings before installation and inspect seals for wear. For leak-free operation, perform a pressure or leak test after assembly and recheck fittings periodically during initial use.