Extender EK Water Blocks EK-Quantum Torque Extender Static MM 14

EK-Quantum Torque Extender Static MM 14 is a male-to-male G1/4 threaded extender designed to join two water-cooling components that both have female G1/4 ports. Manufactured from brass with a black and nickel finish, it provides a compact connection with a total height of 14 mm and a diameter of 23 mm suitable for tight or compact PC water-cooling layouts. This extender is static and not revolvable.

Advantages

The brass construction and plated finish offer corrosion resistance and a consistent appearance that matches EK Water Blocks fittings. Its short 14 mm height reduces the gap between connected components, helping maintain a neat tubing route and minimizing exposed thread length. The male G1/4 threads on both ends ensure compatibility with standard water-cooling ports.

Suitable for

• Connecting two components with female G1/4 threads (radiators, pumps, reservoirs, blocks)
• Tight or compact build areas where a short extender is required
• Maintaining consistent visual finish between fittings and components

Key specifications

• Thread type: G1/4 male — both ends
• Material: Brass
• Finish: Black and nickel plated
• Height: 14 mm
• Diameter: 23 mm
• Type: Static (non-revolvable) extender
• Brand: EK Water Blocks
• MPN / EAN: 3831109825556

How to use

Hand-start the extender into the female G1/4 port of the first component to avoid cross-threading, then tighten until snug using an appropriate wrench if required. Align the second component and thread it onto the other male end in the same manner. Do not force the fitting; ensure threads engage smoothly. Because the extender is static (non-revolvable), position components before final tightening to achieve the desired orientation.

Recommendations

Use appropriate thread sealant or PTFE tape only if the connected components' manufacturer requires it; overuse is not recommended. Check for leaks after initial installation and after the first run of the cooling loop. Avoid overtightening to prevent damage to threads or component ports.