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3/8" Diameter Refrigerant Hose, 3/8" FL to 1/4" FL Vacuum Certified, for R410A R134A R22 and All Common Refrigerants, Faster HVAC Evacuation and Recovery, High-Flow, 6 FT, Red

KWD 13.500

Brand
eosorssa
Weight
324 g
1 +

Special Features

  • 【High-Flow】: The 3/8" diameter High-Flow refrigerant hose allows for faster vacuum evacuation compared to using a 1/4" hose. It accelerates the transfer of refrigerant media, speeds up current tasks, and significantly enhances work efficiency, saving both time and money
  • 【Versatile Applications】: The 3/8" diameter High-Flow refrigerant hose features a threaded size transition from 1/4" to 3/8". It is suitable for various HVAC systems and equipment, whether you're dealing with R410A, R134A, R22, or other common refrigerants. Our hose ensures quick and efficient work
  • 【Outstanding Performance】: Our product components are made from high-quality materials. All brass fittings are crafted from 100% high-quality precision copper. The 6-foot hose consists of multiple layers of premium rubber, ensuring high safety and excellent pressure resistance. The interface bolts utilize PTFE gaskets, providing exceptional sealing performance. Whether in extreme heat or frigid cold environments, our hose maintains stable performance
  • 【User-Friendly Design】: The 1/4" and 3/8" threaded expansions make installation convenient. Simply screw them on without the need for additional thread seal tape. The 3/8" threaded expansion features a 45-degree angle design at the brass transfer port, further enhancing usability
  • 【Detailed Product Specifications】: The hose length is 6 feet (72 inches or 1.83 meters), with an inner diameter of 3/8". The threaded interface transitions from 1/4" to 3/8". It can handle a maximum working pressure of 800 PSI (55 bar) and has a minimum burst pressure of 4000 PSI (276 bar). Operating temperature ranges from -20°F (-28.8°C) to 180°F (82.2°C). The hose is vacuum-certified, ensuring leak-free and reliable performance during vacuum evacuation. Professionals can rely on its durability even in the most stringent environments

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