Quick Coupler Tee Adapter, Brass Valve Core Tee Adapter 1 4in SAE Female and Male Flare Fitting for R22 R12 R134 Refrigerant Air Conditioning System Maintenance

Item Type: Quick Coupler Tee AdapterMaterial: BrassWeight: Approx. 112.00g / 3.95ozApplicable Model: 1/4in SAE interface, Suitable for R22 R12 R134Package List：2 x Quick Coupler Tee Adapter

• Wide Compatibility: This quick coupler tee adapter features a 1 4in SAE flare thread interface, making it compatible with common refrigerants and gases used in many systems. It is designed to work effectively with various refrigerants, facilitating connections for gauges or other tools during service procedures. Its design ensures a reliable connection point for testing or charging operations in different setups.
• Durable Brass Construction: Crafted from solid brass, this adapter offers lasting performance. The material provides strength and longevity, resisting wear during repeated use. Its robust build maintains integrity under typical system pressures and conditions, ensuring it remains a dependable part of your toolkit for an extended period without failure.
• Easy to Install and Use: The quick-coupler design allows for straightforward and rapid connection and disconnection without the need for specialized tools. It ensures a strong seal upon connection, minimizing the chance of leaks during use. This user-friendly feature saves significant time and effort during maintenance tasks, streamlining the workflow for technicians.
• Versatile Application: This adapter is a practical component for line maintenance, testing, and servicing in various settings. It is suitable for use by technicians and DIY enthusiasts working on residential or commercial cooling systems, providing a convenient tee connection point for instruments like manifolds or vacuum gauges during diagnostics and repairs.
• Reliable Performance: Manufactured with attention to detail, this tee adapter delivers consistent and stable performance. It is built to provide a secure connection that holds pressure reliably, contributing to efficient and accurate system work. Its design prioritizes functionality and safety during operation, making it a sensible addition to any service kit.