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Solder ring tee VIEGA 2418, copper, 22 mm x 18 mm x 22 mm
Solder ring tee VIEGA 2418, copper, 22 mm x 18 mm x 22 mm
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Solder ring tee VIEGA 2418, copper, 22 mm x 18 mm x 22 mm
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Solder ring tee VIEGA 2418, copper, 22 mm x 18 mm x 22 mm
Solder ring tee VIEGA 2418, copper, 22 mm x 18 mm x 22 mm
VIEGA 2418 solder ring tee is a copper pipe fitting with a pre‑installed solder ring, sized 22 mm × 18 mm × 22 mm for creating reliable capillary soldered branches in copper pipe systems. Designed for potable water and heating installations, this single-piece tee allows connection of a smaller 18 mm branch to two 22 mm runs. The component is manufactured from copper and supplied ready for capillary soldering, providing a durable joint suitable for residential and commercial plumbing applications.
The integrated solder ring simplifies the soldering process by providing a consistent amount of filler material at the joint, reducing guesswork and saving installation time. As a copper fitting, the tee offers corrosion resistance and thermal conductivity appropriate for drinking water and heating circuits. Its three-way form allows compact branching or joining of pipelines without additional adapters when matching pipe dimensions are used.
Prepare pipe ends by cutting square and removing burrs, then clean and flux both the pipe and the fitting solder surfaces. Assemble the pipes into the tee until full depth and heat the joint evenly with a suitable torch until the solder ring melts and flows through the joint. Allow the assembly to cool naturally and check the joint for a continuous fillet of solder. Follow local plumbing codes and safe working practices during soldering.
Use compatible copper piping of the specified diameters and approved solder alloys for potable water systems. Ensure proper ventilation and follow safety guidelines for flame work; where required, use suitable flux and descaling methods. For installations in concealed locations or where code requires, test the system for leaks and pressure before final commissioning.
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