4Pcs 3/4 Inch ID 0.8mm Thick Pure Copper 90 Degree Elbow, Short Radius Pipe Fitting with Sweat Solder Connection for Plumbing HVAC Refrigeration System

4Pcs 3/4 Inch ID 0.8mm Thick Pure Copper 90 Degree Elbow, Short Radius Pipe Fitting with Sweat Solder Connection for Plumbing HVAC Refrigeration System

$14.01
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4Pcs 3/4 Inch ID 0.8mm Thick Pure Copper 90 Degree Elbow, Short Radius Pipe Fitting with Sweat Solder Connection for Plumbing HVAC Refrigeration System

4Pcs 3/4 Inch ID 0.8mm Thick Pure Copper 90 Degree Elbow, Short Radius Pipe Fitting with Sweat Solder Connection for Plumbing HVAC Refrigeration System

$14.01

About This

  • Package Including: You will receive 4pcs 3/4 inch ID 0.8mm thick pure copper 90 degree elbow, Inner Diameter: 19mm/ 0.75inch, Thickness: 0.8mm/ 0.03inch. Each pipe fitting undergoes dimensional verification to ensure consistent wall thickness and accurate 90-degree angles.
  • High-Purity Copper Material: Made from 99.9% pure copper for optimal conductivity and corrosion resistance. This 90 degree elbow maintains consistent performance in plumbing, HVAC, and refrigeration system applications without degradation from water or refrigerant exposure over time.
  • Engineered Short Radius Configuration: The compact bend design saves installation space while maintaining smooth flow characteristics. Short radius pipe fittings allow tight turns in confined areas common in HVAC equipment and refrigeration units where standard long radius elbows cannot fit.
  • Professional Sweat Solder Connections: Features precisely machined socket depths for secure pipe insertion and reliable soldering. The smooth interior surfaces of these copper fittings ensure proper capillary action during the sweat solder process, creating permanent leak-proof joints.
  • Multi-Application Versatility: Suitable for residential water supply lines, commercial plumbing systems, air conditioning installations, and refrigeration equipment. These 90 degree elbows work with standard copper tubing sizes in both new construction and repair projects.

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