Thermal Grizzly DeltaMate rýchlospojka konektor samica - M, matný nikel

For PC water cooling loops where rapid maintenance and component swaps are routine, the Thermal Grizzly DeltaMate Quick Disconnect Female fitting eliminates the need to drain the entire system. Its single-action valve seals both ends instantly upon disconnection, while the push-to-connect mechanism enables tool-free operation. The matt nickel-plated brass body offers corrosion resistance and a premium look, and the high-flow design minimizes restriction to maintain cooling performance.

Highlights

• G1/4" thread for universal compatibility with standard water cooling components
• Matt nickel-plated brass body for corrosion resistance and a premium look
• EPDM O-rings ensure reliable sealing with water and glycol-based coolants
• High-flow design minimizes restriction to maintain cooling performance
• Push-to-connect mechanism enables tool-free operation

In daily use

Installing the DeltaMate female fitting is straightforward: screw it onto any G1/4" port, then simply push the male counterpart (sold separately) until it clicks. To disconnect, pull back the collar – no twisting or tools required. The self-sealing valve prevents drips, keeping your components safe during upgrades or cleaning. With a maximum operating temperature of 60 °C and pressure up to 1.5 bar, it handles typical loop conditions with ease.

Full specifications

• Product type: Quick disconnect fitting (female)
• Thread standard: G1/4"
• Material: Brass, matt nickel plated
• Seal material: EPDM O-rings
• Valve type: Single-action, self-sealing
• Flow design: High flow
• Connection mechanism: Quick release / push-to-connect
• Maximum operating temperature: 60 °C
• Maximum operating pressure: 1.5 bar
• Fluid compatibility: Water, glycol-based coolants
• Application: Connects to DeltaMate Quick Disconnect Male fittings
• Overall length: 33.5 mm
• Overall diameter: 23 mm

Final note

The DeltaMate Quick Disconnect Female fitting is the ideal choice for enthusiasts who value convenience without compromising flow performance.