45° equal elbow compression 35x35 CARBON STEEL CZ1K45-35

45° Single Compression Elbow – Reliability and Precision in Installation

The VESBO CARBON 35x35 single compression elbow, model CZ1K45-35, is a key element of any heating and water installation. It serves to precisely change the direction of the pipeline at a 45° angle, providing flexibility and optimal adaptation to installation needs. This is an ideal solution for both professional installers and demanding end-users.

Made of durable carbon steel (type 1.0034) and protected by external galvanization, the elbow is characterized by high resistance to corrosion and mechanical damage. This guarantees long-lasting and trouble-free operation even in difficult operating conditions. The use of carbon steel also ensures compatibility with other installation elements made of the same material.

Installation is carried out by pressing, which is quick, safe and does not require the use of open flame. The socket end provides a tight connection with the pipe, minimizing the risk of leaks. Additionally, the elbow has a visual uncompressed ring, which facilitates control of correct installation, and LBP o-rings for diameters up to 54mm increasing the tightness of the connection.

Why choose this elbow?

• Durability and resistance: Made of carbon steel with galvanization, resistant to corrosion and mechanical damage.
• Quick and safe installation: The compression connection system eliminates the need for welding and soldering.
• Precision: 45° angle ensures accurate adaptation to the installation design.
• Compatibility: Perfectly cooperates with the VESBO CARBON system and other standard installation elements.
• Tightness: Socket end and LBP o-rings guarantee a tight connection without the risk of leaks.
• Visual control: The uncompressed ring facilitates verification of correct installation.

The VESBO CZ1K45-35 elbow is an investment in a solid and reliable installation that will last for years of trouble-free operation. It will work well both in new buildings and during the modernization of existing heating and water systems.