Copper 90° Elbow 35 mm VIEGA 103088 for Plumbing Connections

VIEGA Copper 90° Elbow 35 mm is a soldered-style copper pipe fitting designed to create a right-angle change of direction in plumbing and heating systems. Intended for use with 35 mm copper pipe, this elbow provides a compact 90° turn for potable water installations, radiator connections and boiler circuits where a durable, corrosion-resistant copper connection is required.

Advantages

The fitting is made from copper, which ensures good thermal conductivity and resistance to corrosion in typical domestic and commercial water systems. Its soldered connection type offers a reliable, leak-resistant joint when installed by a qualified fitter using appropriate brazing or soldering methods. The compact 90° profile minimizes space requirements and allows for precise alignment in tight piping layouts.

Suitable for

• Residential and commercial potable water supply systems
• Heating circuits, including radiator and boiler connections
• Tight or confined spaces requiring a compact 90° turn
• Copper pipe installations where soldered joints are preferred

Key specifications

• Material: Copper
• Angle: 90°
• Connection type: Soldered (brazed/solder joint)
• Nominal pipe diameter: 35 mm
• Application: Potable water and heating systems

How to use

Prepare the copper pipe ends by cutting square and cleaning with an appropriate abrasive or flux to remove oxidation. Fit the elbow onto the pipe and apply suitable flux if required. Heat the joint evenly with a propane or MAPP gas torch and apply solder or brazing material until a complete fillet is formed around the joint. Allow to cool and inspect the joint for continuity and leaks before placing the system into service. Installation should follow local plumbing and heating codes and be performed by a competent tradesperson.

Usage recommendations

Use compatible flux and solder or brazing alloys recommended for potable water and heating applications. Avoid overheating the fitting to preserve material properties, and test the completed system under appropriate pressure before commissioning.