PP-R reducing socket - 25/16 1209220005

Pipe diameter reduction in PP-R installations

The threaded reduction sleeve made of random polypropylene (PP-R) is a reliable solution for connecting pipes of different diameters in water and heating systems. Model 25/16 allows for precise connection of a 25 mm diameter pipe with a 16 mm diameter pipe, ensuring a tight and durable connection. The fitting is designed for butt fusion welding, which guarantees a solid and long-lasting connection of the installation elements.

Application and characteristics

The KAN-therm reduction sleeve is compatible with cold water (up to 20 bar), hot water (up to 10 bar) and central heating (up to 6 bar) installations. It withstands temperatures up to 90°C, making it a versatile element in various heating and water systems. Made of high-quality random polypropylene, it provides resistance to corrosion and deposits, as well as a long service life. The fitting has CSTB, ITB, Lloyds, PZH and ZiK certificates, confirming its compliance with applicable standards and high quality.

• Versatility: Can be used in cold water, hot water and central heating installations.
• Durability: Made of durable random polypropylene (PP-R), resistant to corrosion and high temperatures.
• Safety: Has numerous certificates confirming compliance with European and Polish standards.
• Easy installation: Designed for butt fusion welding – a quick and easy method of connecting installation elements.
• Warranty: 10-year warranty (15 years for individual construction) demonstrates the high quality of the product.
• Compliance with standard: Meets the requirements of PN‑EN 15874.

The threaded PP-R reduction sleeve is an ideal solution for both professional installers and end-users looking for reliable and durable elements for building or modernizing water and heating installations. The design allows for direct welding into the socket of the fitting from the larger diameter side and direct connection to the pipe from the smaller diameter side – simplifying the installation process.