Inox end cap - 15 1609250002

KAN-therm Inox system end cap – reliable installation termination

This high-quality end cap made of stainless steel 1.4404 is an ideal solution for tightly closing pipes in the KAN-therm Inox system. Designed for press connections with a diameter of 15 mm (DN 12), it ensures the durability and safety of the installation. Made of a robust material, it is resistant to corrosion and high pressure (up to 16 bar).

Using the Inox end cap is not only the termination of a pipe section, but also the possibility of performing leak tests thanks to the LBP (Leak Before Press) controlled leakage function. This is a key convenience that allows for early detection of potential leaks and minimizes the risk of failure.

Design and installation – simple and effective

The end cap is designed for installation using "M" type clamping jaws, which guarantees a quick and secure connection. Stainless steel 1.4404 provides high corrosion resistance, which is particularly important in installations exposed to aggressive environments. An O-ring seal further increases the tightness of the connection.

Thanks to the precise workmanship, the fitting perfectly fits the KAN-therm Inox pipes, creating a uniform and reliable installation. Installation is intuitive for both experienced installers and people starting their adventure with press systems.

Applications and benefits – for professionals and users

• Durability and reliability: Made of stainless steel 1.4404 guarantees long-term use without the risk of corrosion.
• Tightness: The LBP controlled leakage function allows for early detection of leaks during pressure tests.
• Easy installation: Compatible with "M" type clamping jaws ensures quick and secure installation.
• Versatility: Ideal for use in water supply, heating, cooling and industrial installations.
• Pressure resistance: Maximum working pressure up to 16 bar ensures safe operation even in demanding conditions.
• Compatibility: Fully compatible with other elements of the KAN-therm Inox system, creating a coherent and efficient installation.