Copper elbow 5040 28/45 LZxLW 5040 028000000

Copper elbow for soldering – reliability and durability of connections

This copper elbow from the 5000 series, manufactured by Conex, is a connecting element designed for creating copper installations made using the soldering method. The fitting is characterized by high quality and precision, which translates into the tightness and durability of connections. This is crucial for both installers and end-users, ensuring safe and long-lasting operation of the system.

Construction and application

The elbow with a 45-degree angle and a diameter of 28 mm allows changing the direction of pipes in installations. Made of deoxidized phosphorus copper (Cu-DHP with a purity of 99.99%), it provides corrosion resistance and compatibility with other copper installation elements. It is intended for joining copper pipes by hard soldering. It finds application in heating, cooling, sanitary and gas systems. Thanks to its precise execution, it minimizes the risk of leaks and ensures the reliability of the entire installation.

Why choose this copper elbow?

• High material quality: Deoxidized phosphorus copper guarantees long-term operation and corrosion resistance – it is an investment in the safety and trouble-free operation of the system.
• Precision of execution: Ensures tight soldered connections, eliminating the risk of leaks and energy losses.
• Compliance with standards: The product meets the requirements of PN EN 1254 standard, which confirms its quality and safety of use.
• Versatility: Suitable for various types of copper installations – heating, cooling, water or gas.
• Easy installation: Standard shape and dimensions make it easy to fit existing installation elements and ensure smooth installation.
• Origin: Manufactured in Spain or Poland – a guarantee of European quality.

This elbow is a solid element of the installation, which will be appreciated by both professionals looking for reliable components and users expecting long-term operation and trouble-free use of the system.