Lab Tested 3021222200111 | Slip Coupling 1-3/8 Inch Copper Press X Press 700 Pounds Per Square Inch | Refrigeration Press Fittings Get 80% Off Today [9DXeQbEw]

High-Quality Refrigeration Slip Coupling

The 3021222200111 Slip Coupling from Refrigeration Press Fittings is a superior choice for your refrigeration and HVAC systems. Crafted from robust copper, this fitting offers exceptional durability and reliability. With its press x press end connection, it provides a secure and seamless join for copper pipes with an outer diameter of 1-3/8 inches. The 700 PSI pressure rating ensures it can withstand the demands of high-performance refrigerant applications.

• Superior copper construction for durability and longevity
• Press x press end connection for secure and reliable joins
• 700 PSI pressure rating for high-performance applications

Flame-Free Refrigerant Applications

The 3021222200111 Slip Coupling is specifically designed for flame-free refrigerant applications, making it an ideal solution for a variety of installations. Its no-return policy guarantees the highest quality and performance, ensuring your system operates smoothly and efficiently. Trust our trusted HVAC store for the best prices and fast shipping on Refrigeration Press Fittings and other industrial supplies.

• No-return policy for quality assurance
• Flame-free design suitable for various refrigeration installations
• Professional-grade fittings for superior performance

Enhance Your Refrigeration System

Upgrade your refrigeration systems with the 3021222200111 Slip Coupling. By choosing this fitting, you are not only investing in quality and reliability but also enhancing the efficiency and performance of your equipment. Whether for residential, commercial, or industrial applications, this fitting is a versatile solution that will meet all your needs. Order now and take the first step towards a more efficient and reliable refrigeration system.

• Optimized for various refrigeration and HVAC systems
• Easy to install and maintain
• Enhances system efficiency and reliability