1/4 Inch Fridge Quick Coupling Brass Quick Connect Adapter Refrigerator Quick Connection Tool

1/4 Inch Refrigerator Quick Connector Brass Quick Connect Adapter Refrigerator Quick Connection Tool for Refrigerator and Cleaning Applications Features: 1.Sturdy Brass Sealing Structure: Featuring a sturdy design with thickened brass and high-strength sealing gaskets, this refrigerator quick connector resists rust and corrosion, ensuring long-term stable airtight performance for cooling, heating, and plumbing systems. 2.Fast Plug-and-Play Installation: The fridge quick coupling enables simple installation without the need for welding or complex tools, drastically reducing both repair and setup times. Ideal for home and commercial HVAC maintenance requirements. 3.Universal Multi-Size Compatibility: This brass quick connect adapter is compatible with standard metric and imperial pipe diameters. Easily fits refrigerators, air conditioners, boilers, and split systems, supporting various metal pipe connectors for versatile use. 4.Enhanced Leak-Proof Protection: The multi-layer sealing structure provides reliable resistance to stress and temperature fluctuations. The metal quick connector eliminates air or water leaks, boosts appliance efficiency, and minimizes ongoing maintenance costs. 5.Wide Scope of Application: The refrigerator quick connection tool is suitable for refrigerant refills, vacuum joints, and 1/4 copper pipes. An ideal choice for continuous operation in refrigeration and heating systems, offering secure solutions for upgrades and replacements.Specification: Material: Brass head + electroplated iron Applicable copper pipe: 6/6.35mm Connection type: Wrench type Product size: 1267927mm Weight: 230g Application: Suitable for refrigerant charging in refrigerators and freezers, quick coupling for evacuation, and 1/4 copper pipe. Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.