Reducing tee 32x20x25 WT Wavin PPR 3051013

Reducing tee for hot and cold water installations

This Wavin PPR 32x20x25 WT reducing tee is an indispensable element of piping systems made of polypropylene (PP-R). It is used to connect pipes of different diameters – 32 mm, 20 mm and 25 mm – allowing the flow direction to be changed in the installation at a 90-degree angle. Its construction ensures a tight and durable connection, crucial for the safety and reliability of the entire system.

Construction and practical application

The tee is made of high-quality PP-R polypropylene, which guarantees resistance to corrosion and high temperatures (up to 75°C with continuous operation). The use of PP-R material also ensures low water absorption and a smooth inner surface, minimizing pressure losses of the flowing medium. This tee finds wide application in installations:

• Central heating: ideal for connecting radiators of different diameters.
• Water supply: allows branching of the installation to water intake points.
• Technological: used in systems transporting liquids that are not hazardous to PP-R.

Thanks to the standardized dimension ratio (SDR) of 6, the tee is compatible with other elements of the Wavin PPR system, ensuring easy installation and reliable operation. Additionally, the presence of gaskets in the set increases the tightness of the connections.

Key features and benefits

• Diameter reduction: allows connection of pipes of different dimensions without the need for additional adapters.
• High-quality material: polypropylene PP-R ensures durability, corrosion resistance and high temperatures.
• Tight connection: the use of gaskets and welding/brazing technology guarantees no leaks.
• Versatility: suitable for hot water, water supply and technological installations.
• Easy installation: compatible with other elements of the Wavin PPR system, which facilitates and speeds up installation work.
• Pressure resistance: the maximum working pressure is 20 bar at a temperature of 20°C, which ensures safe use.
• 90° bending angle: allows for efficient routing of the installation in tight spaces.