PP reducing tee 63/40/63 302-63/40/63-V

PP-R Reducing Tee – a compromise-free connection

The reducing tee made of polypropylene PP-R is a key element of water and heating installations, providing a durable and tight connection of pipes with different diameters. The fitting is designed for welding, which guarantees high resistance to pressure and temperature. It is an ideal solution for both professional installers and demanding end customers.

Construction and application

This reducing tee with dimensions 63/40/63 mm allows connecting a pipe with a diameter of 63 mm to a pipe with a diameter of 40 mm, and then returning to a diameter of 63 mm. Made of high-quality static copolymer polypropylene PP-R (type 3), it is characterized by high mechanical and chemical resistance. Using a reducing tee allows for flexible adaptation of the installation to existing conditions and changes in the project. It is particularly useful when connecting devices with different connection diameters, such as radiators or valves.

Advantages and benefits

• Durability and tightness: Welding provides a connection impermeable to liquids and gases, eliminating the risk of leaks.
• Chemical resistance: Polypropylene PP-R is resistant to corrosion and the action of most chemicals present in water and heating systems, which extends the life of the installation.
• High working temperature: The material withstands temperatures up to 95°C (depending on operating conditions), allowing it to be used in central heating systems.
• Easy installation: Welding PP-R fittings is relatively simple and quick, which translates into saving time and installation costs. However, it requires appropriate tools and qualifications.
• Versatility: The reducing tee can be used in water installations for both hot and cold water and in central heating systems.
• Compatibility: The fitting is compatible with other elements of the VESBO PP-R system, allowing for the construction of a comprehensive installation.
• Low linear expansion: Polypropylene PP-R is characterized by a low coefficient of linear expansion, which minimizes stresses in the installation caused by temperature changes.