PP-R reducing tee 32/25/32 1209257018

PP-R Reducing Tee – Reliable Connection in Installations

This reducing tee made of polypropylene (PP-R) is a key element in plumbing and heating installations. It is used to connect pipes of different diameters, allowing a smooth transition from one size to another. The construction based on fusion welding ensures a durable and tight connection, minimizing the risk of leaks and failures.

This tee is designed for use in cold and hot water systems and central heating. It withstands pressure up to 20 bar in cold water installations, 10 bar in domestic hot water, and 6 bar in central heating systems. The maximum operating temperature is 90°C, making it suitable for most standard heating applications.

Features and benefits for professionals and users

• Versatility: Ideal for creating branches in installations with different pipe diameters. Allows flexible adaptation of the installation layout to specific needs.
• Durability: Made of high-quality random polypropylene (PP-R), resistant to corrosion and mechanical damage. Ensures long-lasting and trouble-free operation.
• Tightness: Fusion-welded connection guarantees complete tightness, eliminating the risk of leaks and energy losses.
• Safety: Has CSTB, ITB, Lloyds and PZH certificates, confirming compliance with European safety and hygiene standards.
• Easy installation: Fusion welding is a simple and quick connection method that does not require specialized tools (except for a welding machine).
• Long warranty: The manufacturer offers a 10-year warranty (15 years for individual construction), which demonstrates the high quality of the product and confidence in its durability.
• Compliance with standards: Meets the requirements of PN‑EN 15874, which guarantees compatibility with other PP-R system components.

This reducing tee is a solid solution for every installer and user who appreciates the reliability and durability of a plumbing or heating installation. Its versatility makes it suitable for both new construction and modernization of existing systems.