Q/R #10 Male Plug Black

The Q/R #10 Male Plug Black by JIFFY-TITE is a precision quick-release coupling component engineered for tactical, military, and professional equipment systems where rapid connection and disconnection are mission-critical. This male plug serves as the counterpart in quick-release coupling pairs, enabling operators to establish or break fluid, gas, or pneumatic connections in seconds without tools, spillage, or downtime. Whether you're running hydraulic lines on armored platforms, managing air supply systems in portable tactical shelters, or maintaining fluid transfer equipment in field operations, this component delivers the reliability that life-safety and mission-success demands.

JIFFY-TITE quick-release couplings are built to mil-spec and industry standards, with the male plug designed to seat cleanly into female sockets while minimizing residual spillage—a critical feature in confined spaces or contamination-sensitive environments. The black finish provides corrosion resistance and reduces visual signature in tactical applications, while the robust brass or steel construction withstands repeated connection cycles and pressure cycling without wear or valve degradation. The #10 designation indicates a specific flow rating and port size within JIFFY-TITE's modular lineup, ensuring compatibility across their coupling ecosystem and allowing you to build redundant or multi-line systems with confidence.

This male plug is essential for professionals in military logistics, CBRN response teams, airfield ground support, vehicle maintenance platforms, and emergency tactical operations where equipment must be field-serviceable under pressure. Weighing just 0.17 lbs and sized for compact integration, the Q/R #10 Male Plug integrates seamlessly into existing JIFFY-TITE coupling assemblies or can be paired with compatible female receptacles from the #10 series. Installation requires no special tools—simply mate the plug to the female socket until you feel the positive engagement, and verify seal integrity under operating pressure before mission deployment.