Reducing tee PPSU ultraLINE - 20/25/20 2566260011

Reducing tee for KAN-Therm ultraLINE systems

This reducing tee made of polyphenylsulfone (PPSU) is a component of the ultraLINE system, designed for connecting pipes in heating, water and specialized installations. It allows changing the pipe diameter within the installation – in this case, it reduces from 25 mm to 20 mm and back to 20 mm. Its design based on ringless technology ensures durable and reliable connections.

Construction and application

The tee is intended for use with PERT2, PEXC and PERTAL2 KAN-Therm pipes, connected using a PVDF sliding sleeve. A 90° bending angle facilitates the routing of the installation in various configurations. The PPSU construction guarantees resistance to high temperatures and pressure, as well as chemical stability. This is an ideal solution for both professional installers and end customers who value quality and durability.

Advantages and benefits

• Ringless technology: Eliminates the need for additional seals, simplifying installation and minimizing the risk of leaks.
• Minimal constriction: Ensures smooth flow of the medium, reducing pressure losses in the installation.
• Material resistance: PPSU is characterized by high resistance to temperature, pressure and chemical substances, which translates into a long service life of the connection.
• Versatility: Compatible with various types of KAN-Therm pipes (PERT2, PEXC, PERTAL2), increasing the flexibility of installation design.
• Certificates: It has DVGW, KIWA, KOMO, Lloyds, OVGW, PZH and ZiK certificates – confirming compliance with the highest standards of quality and safety.
• Easy installation: In combination with the sliding sleeve, it provides quick and secure installation without the need for specialized tools (other than a suitable crimping tool).

The PPSU ultraLINE reducing tee is a key component for a reliable and efficient heating or water installation. Its solid construction and certificates guarantee peace of mind for both the installer during installation and the end user for years to come.