Inox reducing tee - 54/22/54 1609260054

Inox Reducing Tee – Reliable Connection in Installations

This Inox reducing tee, with dimensions 54/22/54 mm, is a key element in KAN-therm Inox Fittings systems. Made of austenitic stainless steel 1.4404, it ensures durability and corrosion resistance, which is particularly important in demanding installation conditions. Its design allows for reducing the pipe diameter from 54 mm to 22 mm and back to 54 mm, enabling flexible adaptation to the needs of a specific project.

Design and Application

The tee is designed for press-fit connections, guaranteeing tightness and quick assembly. Equipped with an EPDM O-ring seal, it ensures connection reliability and minimizes the risk of leaks. The LBP (Leak Before Press) controlled leak function is an additional safeguard – if the fitting is pressed incorrectly, the leak indicates the need for reassembly before the system is filled with medium. This avoids more serious problems and costly repairs.

The application of the Inox tee includes water supply, heating, cooling and industrial installations, where high corrosion and pressure resistance (up to 16 bar) is required. It is ideal for both professional installers and end customers looking for reliable solutions.

Key Features and Benefits

• Durability and Resistance: Made of stainless steel 1.4404 guarantees long-term operation even in difficult conditions.
• Tightness: Press-fit connections with EPDM seal ensure complete system tightness.
• Safety: LBP function allows for quick identification of mounting errors and prevents serious failures.
• Versatility: The ability to reduce pipe diameter makes it easier to adapt to different installation configurations.
• Compatibility: The tee is dedicated to KAN-therm Inox Fittings systems, ensuring full compatibility with other elements of this series.
• Dimensions: The outer diameters of the connecting pipes are 54 mm, 22 mm and 54 mm respectively, and the connection lengths are 70.6 mm, 58.5 mm and 70.6 mm – these parameters allow for precise adaptation to the existing infrastructure.