Polypropylene tee (PPR) d.25x d.20x d.25

The polypropylene (PPR) valve is an integral element in water and liquid distribution systems. Made from strong and durable material, this type of valve is designed to provide a reliable and safe connection between pipes of different diameters. It is available in two standard sizes: one with a diameter of 20 mm and the other with a diameter of 25 mm.

Main characteristics:

Type: Polypropylene Reduced (PPR) Valve
Diameter: 20mm and 25mm
Pressure: 16 bar
Material: PPR

Key Features Details:

Material of Construction: The valve is made of polypropylene (PPR), a material known for its resistance to corrosion and abrasion. It is an ideal material for use in water supply systems as it is chemically inert and does not affect water quality.

Operating pressure: The valve is designed to withstand a maximum pressure of 16 bar, making it suitable for use in pressurized water systems.

Various Diameters: Available in two different diameters, 20mm and 25mm, it can be installed in a wide range of applications, providing flexibility in design and installation.

Universal Compatibility: Thanks to the standard design, the PPR valve is compatible with most types of pipes of the same material or other compatible materials.

Safe connections: Using modern welding technology and quality materials, the valve provides a reliable and tight connection between pipes of different diameters, preventing leaks and pressure loss.

Resistance to Various Temperatures and Environments: Polypropylene is known for its resistance to high and low temperatures, making PPR valve suitable for use in various environments and temperature conditions.

Durability: The valve's rugged and durable PPR construction makes it resistant to wear and corrosion over time, providing long life and reliable performance in liquid distribution systems.

Conclusion: Reduced polypropylene (PPR) valve is an ideal solution for connecting pipes of different diameters in water and liquid distribution systems. With characteristics such as pressure resistance, universal compatibility and durability, it provides reliable performance and ease of installation, being an integral element in the construction and maintenance of modern hydraulic infrastructure.