32 x 25mm PPR Reducing Tee Pipe Fitting

It is made from Polypropylene Random Copolymer (PPR), which is resistant to corrosion and chemicals.

Yes, PPR fittings are commonly used in hot and cold water systems due to their high temperature resistance.

It is relatively easy to install using fusion welding techniques, which provide a strong and leak-proof connection.

Yes, it can be used outdoors due to its resistance to UV rays and weather conditions.

Yes, PPR fittings generally comply with international standards such as ISO and DIN for quality assurance.

Yes, PPR materials are resistant to scaling and mineral buildup, ensuring smooth water flow over time.

The PPR Reducing Tee connects two pipes at 90 degrees with a third outlet pointing downward, allowing you to join pipes of different sizes in one junction. It’s made from PPR-C and is designed to provide a secure, leak‑resistant connection for hot or cold water systems.

This reducing tee is offered in multiple sizes to fit standard PPR pipes. Please check the product variants on Fepy to select the correct size for your project.

PPR-C stands for polypropylene random copolymer. It provides strong chemical resistance, good temperature tolerance, a long service life, and suitability for domestic and commercial water systems, including underfloor heating.

A smooth inner surface reduces friction and turbulence, helping maintain steady flow and minimizing the risk of blockages or leaks over time.

Yes. It’s designed for hot and cold water systems and is appropriate for underfloor heating, supporting a wide operating temperature range.

Typical installation involves cutting the pipe square, cleaning and deburring the ends, and joining using the recommended PPR fusion method (socket fusion or heat welding) with an appropriate tool, following local codes and the product instructions.

Use it in residential or commercial piping to connect two pipes at 90 degrees with a reduced outlet, such as routing a downstream line from a larger main or branching feed lines in a water distribution system.

Ensure you use compatible PPR pipes, stay within the recommended temperature and pressure ratings, wear appropriate PPE during installation, and perform a leak check after fusion according to local standards.