Brass reducing tee ultraLINE - 32/16/32 2509260021

Brass reducing tee ultraLINE – a reliable installation element

This ultraLINE brass reducing tee with dimensions 32/16/32 mm is a key element of the KAN-therm system, designed to connect pipes of different diameters in water and heating installations. Made of high-quality brass (CW617N), it ensures durability and corrosion resistance, guaranteeing long-term and trouble-free operation.

Design and application

This tee is designed for ringless connection of KAN-Therm PERT2, PEXC and PERTAL2 pipes using a PVDF plastic sliding sleeve. Its profiled design minimizes constrictions in the connection, which translates to a reduction in pressure loss in the installation. The connection angle is 90 degrees, which facilitates installation in tight spaces. Using this tee allows for flexible configuration of the installation, enabling the connection of pipes of different diameters without the need for additional adapters.

Advantages for professionals and users

• Quick and reliable installation: The ultraLINE system with a sliding sleeve eliminates the need for additional seals, reducing installation time and increasing its reliability.
• Minimal pressure loss: The profiled design of the tee reduces constrictions, which translates to better installation performance and energy savings.
• Versatility: Compatible with various types of KAN-Therm pipes (PERT2, PEXC, PERTAL2), providing flexibility in material selection.
• Durability and resistance: Made of CW617N brass, it ensures corrosion resistance and long-term use.
• Safety: Compliance with industry standards guarantees safe operation of the installation.
• Easy configuration: Possibility of using different types of pipes using the same brass or PPSU fittings and PVDF sliding sleeve.
• Symmetrical design of the sliding sleeve: Allows for bilateral mounting on the pipe without the need for precise positioning.

This tee is an ideal solution for both professional installers looking for reliable and quick-to-install elements, and for end users who value the durability and efficiency of a heating or water system.