Copper Tee KAN-therm 22 mm — Trójnik Copper 22 (S)KAN-THERM

Copper Tee KAN-therm 22 mm is a copper plumbing fitting designed to form a three-way branch in copper pipe systems with a nominal diameter of 22 mm. Intended for use in potable water and central heating installations, this tee provides a corrosion-resistant, long-lasting junction that maintains flow continuity and mechanical integrity in residential and commercial piping networks.

Advantages

The copper construction ensures good thermal conductivity and natural corrosion resistance, reducing the need for frequent replacement. The 22 mm nominal size matches standard copper pipe dimensions for straightforward fitting and soldering or brazing connections. Durable material and precise dimensions support reliable sealing and stable mechanical connection under normal operating pressures and temperatures in domestic and light commercial systems.

Suitable for

• Creating three-way branches in potable water distribution systems
• Branching supply lines in central heating circuits
• Residential plumbing and small commercial installations using copper pipe
• Repairing or extending existing copper piping networks

Key specifications

• Material: copper
• Nominal diameter: 22 mm
• Connection type: socket designed for soldering/brazing with 22 mm copper pipe
• Application: potable water and central heating systems
• Suitable environment: indoor plumbing and heating installations

How to use

Prepare mating copper pipe ends by cutting square, deburring and cleaning the surfaces to ensure proper fit and solder flow. Slide the tee onto the pipes and apply appropriate flux to the joint areas. Heat evenly and perform soldering or brazing following standard plumbing practices and local codes until the filler metal fully flows and seals the joints. Allow the assembly to cool, then inspect for continuity and leak-test the system under recommended pressure before commissioning.

Usage recommendations

Use with compatible 22 mm copper piping and approved soldering or brazing materials. Follow applicable installation standards and safety procedures for working with flux, flame, and hot surfaces. For potable water systems, ensure solder alloys and flux are approved for drinking water use. Consider system design pressures and temperatures when selecting joint methods and post-installation testing.