Supratherm PP‑R three‑way pipe fitting 32/25/25 (model 2206122)

Supratherm PP‑R three‑way pipe fitting model 2206122, dimensions 32/25/25 mm, is designed to join three polypropylene random copolymer (PP‑R) pipelines of the specified diameters. The fitting provides a corrosion‑resistant, chemically durable and impact‑resistant junction suitable for potable water, heating and cooling circuits in residential and commercial installations. PP‑R materials used here are rated for continuous operation at temperatures up to 90ºC.

Advantages

The Supratherm PP‑R three‑way fitting is lightweight while offering high impact and wear resistance and good chemical stability. Its construction ensures long service life in contact with water and typical heating media, and it is compatible with standard PP‑R joining and assembly methods. The design reduces risk of corrosion and scaling compared with metal fittings.

Suitable for

• Domestic and commercial hot and cold water distribution
• Heating circuit connections and manifold branches
• Air conditioning and chilled‑water installations
• Any piping project using compatible PP‑R pipes of 32 mm and 25 mm diameters

Key specifications

• Brand: Supratherm
• Model (MPN): 2206122
• EAN: 5945792206122
• Type: PP‑R three‑way pipe fitting (tee)
• Dimensions: 32/25/25 mm
• Material: PP‑R (polypropylene random copolymer)
• Maximum recommended operating temperature: up to 90ºC

How to use

Prepare compatible PP‑R pipes by cutting squarely and cleaning the ends. Assemble the fitting to the pipes using the appropriate PP‑R welding or socket fusion method recommended for Supratherm components, following the specific temperature and time parameters of the joining equipment. Allow joints to cool and solidify before pressurizing the system. Follow local plumbing codes and manufacturer fusion instructions for safe installation.

Usage recommendations

Use the fitting only with PP‑R pipes of matching diameters and follow Supratherm or equipment manufacturer guidelines for fusion parameters. Inspect fused joints visually and, if required, perform pressure testing according to applicable standards before putting the system into regular operation.