Copper tube ACR for refrigeration and air conditioning 3/8" 9.52x0.8 mm soft 15m /15m/ 21028042890

Copper pipe for refrigeration and air conditioning installations

This 3/8 inch (9.52x0.8 mm) soft copper ACR tube is a reliable choice for building refrigeration and air conditioning installations. Supplied in coils of 15 meters in length, it provides convenient installation and minimizes the number of connections. Made of Cu-DHP copper, it meets the requirements of EN 12735/1 standard, guaranteeing high quality and durability.

This tube is characterized by high flexibility for bending, expanding and cutting, which significantly facilitates and speeds up installation work. This is particularly important in complex piping systems where precision and flexibility are crucial. This makes it appreciated by both professional installers and people performing renovation work themselves.

Application and characteristic features:

• Purpose: Ideal for heating and cooling installations in residential and industrial buildings. It will work both in new installations and in the modernization of existing systems.

• EN 12735/1 standard: Ensures compliance with European quality and safety standards.

• Cu-DHP material: Guarantees high mechanical strength and corrosion resistance.

• Soft copper alloy: Enables easy shaping of the tube without the risk of cracking or damage.

• Dimensions: Nominal diameter 3/8 inch, outer diameter 9.52 mm, wall thickness 0.8 mm - precise parameters ensuring compatibility with available fittings and fittings.

• Coil length: 15 meters - optimal amount of material for the implementation of most installation projects.

ACR copper pipe is an investment in the reliability and long-term operation of the air conditioning or cooling system. Its mechanical properties and compliance with European standards make it an excellent choice for demanding customers and professional installers looking for proven solutions. The annealed material structure further increases its plasticity, which translates into easy installation even in tight spaces.