Reducing tee PURMO CLEVERFIT 40x32x32 FAZ4T40A32A32AE0

Solid connection in heating and water installations

PURMO CLEVERFIT 40x32x32 reducing tee is a reliable element of a piping system, designed to connect pipes of different diameters. Made of high-quality brass, it ensures durability and corrosion resistance, which translates to a long service life of the entire installation. This particular model allows for reduction from 40 mm to two branches with a diameter of 32 mm.

Design and application

This press-fit fitting is ideal for both professional installers and end-users who value solidity and ease of assembly. Thanks to the special design of the body, the tee provides a secure grip of the pipe and guarantees a leak-proof connection. It finds wide application in central heating systems, water installations, and underfloor heating systems. Diameter reduction allows for flexible adaptation to existing infrastructure or creating new branches in the installation.

Functionality and safety – key features of CleverFit

The CLEVERFIT system is distinguished by a number of solutions that increase user comfort and safety:

• LBP function (Leak Before Press) – controlled leakage at an unpressed connection facilitates the identification of errors during assembly already at low pressure. This saves time and minimizes the risk of problems in the future.
• Double sealing – two O-rings embedded in the recesses of the body provide even greater tightness and facilitate the insertion of the pipe.
• O-ring protection – the fitting design protects the O-rings from damage during assembly.
• High-quality brass – Italian brass with DVGW and PZH certificates guarantees safety for drinking water and the possibility of rotating the fitting after pressing, which facilitates adaptation to the needs of the installation.
• TH jaw guiding ring - ensures precise pressing of the fitting.
• Long service life - the manufacturer declares as much as 50 years of CleverFit component life.

This reducing tee is an investment in trouble-free operation of the system for many years.