Thermal Grizzly DeltaMate Rápido conector macho - F, níquel brillante

In a high-end custom water cooling loop, every component must deliver both performance and reliability. The Thermal Grizzly DeltaMate Quick Disconnect Male - F, Gloss Nickel is engineered for enthusiasts and professionals who need to disconnect tubing quickly without draining the system. This male fitting pairs with a female DeltaMate QD (sold separately) to create a secure, leak-free connection that simplifies maintenance, upgrades, and component swaps.

Key specifications

• Type: Quick Disconnect (QD) male fitting
• Thread: G1/4" standard for PC liquid cooling
• Material: Brass with gloss nickel finish
• Sealing: EPDM O-rings for long-term reliability
• Connection: Push-to-connect with female QD
• Flow design: High-flow to minimize restriction
• Max operating pressure: 1.5 bar (21.75 PSI)
• Max operating temperature: 60°C (140°F)
• Locking mechanism: Secure ball-bearing
• Corrosion resistant: Yes

Why choose it

The DeltaMate Quick Disconnect Male offers a perfect blend of convenience and durability. Its brass construction with a gloss nickel finish not only looks premium but also resists corrosion, ensuring a long service life. The high-flow design keeps your loop efficient, while the secure ball-bearing locking mechanism guarantees a leak-free connection even under pressure. With single-hand operation, you can disconnect lines in seconds, making routine maintenance a breeze.

Ideal use cases

• Custom water cooling loops in gaming PCs and workstations
• Systems that require frequent component upgrades or cleaning
• External radiator setups where quick disconnection is essential
• Test benches and benchmarking rigs

Good to know

This male fitting must be paired with a DeltaMate female quick disconnect (not included) to function. It is compatible with standard G1/4" threads found on most water cooling components. The EPDM O-rings provide excellent chemical resistance and temperature stability. Always ensure the system is depressurized before disconnecting to avoid spills.