Extender EK Water Blocks EK-Quantum Torque Extender Static MF 28

The EK-Quantum Torque Extender Static MF 28 is a premium male+female G1/4" threaded extender designed to lengthen connections between blocks, radiators or other liquid-cooling components. With a height of 28 mm and a diameter of 23 mm, the nickel construction provides durable, corrosion-resistant performance while maintaining optimal fluid flow and clean appearance in high-performance cooling systems. This non-revolving extender simplifies routing and reduces tight bends or inaccessible fittings.

Advantages

Made of nickel for long-term corrosion resistance, the extender preserves fluid flow characteristics while offering a precise G1/4" male-to-female threaded connection. Its 28 mm length gives extra reach to relocate fittings away from cramped areas, improving accessibility during installation and maintenance. The static (non-revolving) design ensures a solid, leak-resistant joint when properly tightened.

Suitable for

• Extending G1/4" ports on water blocks
• Extending radiator or pump threaded connections
• Reducing tight bends and improving tubing routing in custom liquid-cooling loops

Key specifications

• Thread type: G1/4" male + female
• Height/length: 28 mm
• Outer diameter: 23 mm
• Material/finish: nickel
• MPN/EAN: 3831109825495
• Design: static (non-revolving)

How to use

Thread the male end into the component port (block, radiator or pump) and tighten securely by hand, then use appropriate tools to achieve the recommended torque for your fittings while avoiding over-tightening. Thread the mating female fitting or connector onto the extender until sealed. Because the extender is static and does not rotate independently, orient the extender by rotating the component or the mating fitting as needed during installation.

Recommendations

Use appropriate sealing methods and follow manufacturer torque guidelines for G1/4" fittings. Inspect threads for damage before installation and avoid cross-threading. Do not attempt to force rotation on the extender itself; rotate the connected component or fitting to achieve the desired orientation.