Fitting EK Water Blocks Brass Gold 14mm Height 2.3cm Diameter

EK-Quantum Torque Extender Static MM 14 is a male-threaded brass extender with male G1/4 threads on both ends, designed to connect two water-cooling components that have female G1/4 ports. The fitting is CNC machined from nickel-plated brass and finished with genuine gold plating. Quality EPDM O-rings provide the seal. This product is part of the EK-Quantum Torque series, which features a robust industrial design and offers modular connection options for PC liquid cooling systems.

Advantages

The extender provides a secure, non-rotating connection between components with female G1/4 threads. Its CNC-machined nickel-plated brass construction with gold plating ensures durability and corrosion resistance, while EPDM O-rings deliver reliable sealing. The Torque family design supports compatibility with a wide range of fittings and adapters in liquid cooling loops.

Suitable for

• Connecting two components with female G1/4 threads in PC liquid cooling loops
• Extending the reach between fittings where a short, rigid connection is required
• Systems where a non-revolvable, fixed-length male-to-male extender is needed

Key specifications

• Brand: ek water blocks
• Model / MPN: 3831109851104
• EAN: 3831109851104
• Type: Static male-to-male G1/4 extender
• Material: CNC machined brass, nickel-plated, gold finish
• Seal: EPDM O-rings
• Height: 14 mm
• Diameter: 23 mm

How to use

Thread the male G1/4 ends of the extender into the female G1/4 ports of the two components to be connected, ensuring O-rings are seated correctly. Hand-tighten and then use appropriate tools to secure the connection without over-torquing to avoid damaging threads or O-rings. Verify alignment and leak-test the loop after installation according to standard liquid cooling procedures.

Recommendations

Use this static extender where a fixed, non-rotating connection is required. Do not attempt to use it as a revolvable or swivel fitting. Inspect O-rings before installation and replace if damaged. Perform a leak test after installing in a coolant loop and avoid excessive torque when tightening.