Steel reducing nipple 35/22 1509221028

Solid connection in steel installations – reducing nipple Steel 35/22

This KAN-therm Steel reducing nipple is a key element in the construction of durable and reliable heating, water supply and technological installations. Made of carbon steel with a galvanized coating, it provides corrosion resistance and long-term operation even in harsh conditions. Designed to connect pipes with diameters of 35 mm and 22 mm, it allows for precise adaptation of installation elements.

Functionality and safety in one

The reducer is designed to work with the KAN-therm Steel system, using pressing technology. This guarantees quick and reliable installation without the need for welding or threading. Additionally, the presence of an O-ring seal and the LBP (Leak Before Press) function increase the safety of the installation – LBP indicates an unpressed connection, minimizing the risk of leakage. Thanks to this, both installers and end-users can be sure of the solid workmanship.

• Durability and resistance: Carbon steel with a galvanized coating ensures longevity and protection against corrosion.
• Quick installation: Pressing technology eliminates time-consuming connection methods such as welding.
• Safety: The LBP function allows easy detection of unpressed connections, preventing leaks.
• Versatility: Suitable for heating, water supply and technological installations.
• Wide temperature range: The ability to operate in a temperature range from -35°C to 135°C expands the range of applications.

Application and compatibility

The Steel reducing nipple is used in the construction of internal, closed pressure installations. The possibility of connecting with KAN-therm plastic systems increases design flexibility and allows for optimal adaptation to individual needs. It is an ideal solution for both new installations and the modernization of existing heating or water supply systems. Thanks to the light weight of the KAN-therm Steel system elements, installation is easier and less burdensome for the building structure.