Brass reducing tee ultraLINE - 32/25/32 2509260025

Brass reducing tee for KAN-therm ultraLINE systems

This reducing tee made of brass (CW617N) is a key element in water, heating and cooling installations implemented in the KAN-therm ultraLINE system. It allows changing the pipe diameter from 32 mm to 25 mm, and then back to 32 mm, providing flexibility in design and adapting the installation to specific needs. It is designed to connect PERT2, PEXC and PERTAL2 pipes without using O-rings, using PVDF sliding sleeves.

Design and application

The tee is characterized by a precise design and minimal constriction, which ensures smooth flow of the medium and reduces pressure losses. Its profiled construction facilitates assembly and ensures a secure connection. It is ideal for wherever a pipe diameter reduction is required - for example, when connecting devices with a smaller connection or when creating branches of the installation. This allows for optimization of the system and adaptation to specific conditions.

Advantages for the installer and user

• Ringless connection: Eliminates the risk of leaks caused by damage or displacement of the O-ring.
• High-quality brass: Ensures durability, corrosion resistance and long life of the element.
• Minimal constriction: Guarantees optimal medium flow and minimizes pressure losses in the installation.
• Compatibility with the KAN-therm ultraLINE system: Ensures full integration with the remaining elements of the system, guaranteeing reliable operation of the entire installation.
• Easy installation: The profiled design makes it easier for the installer to work and reduces installation time.
• Versatility: Suitable for PERT2, PEXC and PERTAL2 pipes, which increases the range of applications.
• Durability: The brass construction provides resistance to environmental conditions and long-term use without the need for replacement.

This tee is a solid solution for professionals and people who independently perform installations, who value quality, reliability and ease of installation.