Copper 45° Elbow VIEGA 95040, diameter 35 mm, pack of 10

VIEGA 95040 is a copper 45° elbow with a 35 mm diameter, supplied in a pack of 10 pieces. It is designed for plumbing and heating systems where a smooth directional change is required. The fitting provides a corrosion-resistant copper connection suitable for water and heating circuits and is compatible with standard soldered and plug-in copper pipe installation methods.

Advantages

This copper elbow offers dimensional stability and thermal conductivity typical of copper fittings, ensuring reliable performance in domestic and commercial installations. The product is supplied in a convenient pack of 10, reducing time spent sourcing multiple individual fittings. Its 45° angle allows more gradual directional changes compared with sharper bends, which can improve flow characteristics in water and heating systems.

Suitable for

• Domestic and commercial potable water distribution
• Heating system pipe runs and radiator connections
• Installation where a 45° change of direction in copper piping is needed
• Repair and retrofit work on existing copper pipelines

Key specifications

• Material: copper
• Angle: 45°
• Nominal diameter: 35 mm
• Connection type: soldered connection with plug-in end
• Package quantity: 10 pieces

How to use

Prepare the copper pipe ends by cutting square and cleaning the surfaces to remove oxidation and debris. Insert the pipe into the fitting to the appropriate depth and perform the soldering process or use the specified soldering technique for a secure joint. Ensure correct alignment for the 45° change and allow the joint to cool before pressure testing the system. Follow applicable local codes and the installer’s technical guidelines for materials and heating methods.

Usage recommendations

Use flux and solder suitable for potable water and heating systems; verify compatibility with system pressures and temperatures. When replacing or extending existing runs, check pipe dimensions and wall thickness to match the 35 mm nominal diameter. Pressure-test the circuit after installation and inspect joints for leaks before putting the system into regular operation.