Fitting EK Water Blocks Brass Satin Steel Titanium 7mm Height 1.65cm Diameter

EK-Quantum Torque Micro Extender Static MM 7 - Satin Titanium is a male-threaded extender with male threads on both ends, designed to connect two water-cooling components that both use female G1/4 threads. It is intended for situations where port spacing is tight or when clearance prevents direct connection. The extender is CNC-machined from brass, finished in Satin Titanium, and sealed with EPDM O-rings. Note: this is a static (non-revolvable) extender.

Advantages

The Satin Titanium Micro Extender provides a compact solution for bridging closely spaced G1/4 ports while maintaining a durable brass construction and precision machining. EPDM O-rings ensure reliable sealing, and the Satin Titanium finish offers corrosion resistance and a consistent appearance. Part of the EK-Quantum Torque family, the extender follows a modular design that complements other Torque fittings and accessories.

Suitable for

• Connecting two components with female G1/4 threads where direct attachment is not possible
• Situations with limited port spacing or clearance restrictions
• Custom PC liquid cooling loops requiring short, rigid extenders

Key specifications

• Model: EK-Quantum Torque Micro Extender Static MM 7
• Thread type: male G1/4 on both ends
• Material: CNC-machined brass
• Finish: Satin Titanium
• Sealing: EPDM O-rings
• Height: 7 mm (as specified)
• Diameter: 1.65 cm (as specified)

How to use

Ensure both components have compatible female G1/4 threads and that threads and O-rings are clean and undamaged. Screw the extender into the first port until seated, then align and thread the second component onto the opposite end. Do not over-tighten; tighten until secure and leak-free using appropriate hand or tool torque for G1/4 fittings. Because this is a static extender, it does not rotate relative to the threads once installed.

Recommendations

Inspect O-rings periodically for wear and replace if any degradation is visible; use compatible coolant and maintain system pressure within manufacturer guidelines to ensure long-term reliability.