Copper pipe fittings VIEGA 95243, copper material, diameter 22 mm, pack of 10

VIEGA 95243 are copper pipe fittings manufactured from copper with a nominal diameter of 22 mm, supplied in a pack of 10 pieces. These fittings are intended for plumbing and heating systems where durable metallic connections and corrosion resistance are required. The design supports a plug-in end with a soldered connection to form leak-resistant joints on copper pipe runs in residential and commercial installations.

Advantages

These copper fittings provide long-term corrosion resistance and stable mechanical strength under normal operating conditions. The combination of a plug-in end and soldered joint ensures a compact connection that minimizes the risk of leaks when installed correctly. Packaging in a set of ten pieces simplifies procurement and replacement for small to medium repair or installation tasks.

Suitable for

• Joining or extending 22 mm copper pipes in potable water systems
• Plumbing repairs and maintenance in residential buildings
• Heating circuit connections and distribution manifolds
• Commercial installations requiring copper-to-copper soldered joints

Key specifications

• Material: copper
• Nominal diameter: 22 mm
• Connection type: plug-in end with soldered joint
• Pack quantity: 10 pieces per pack

How to use

Prepare the copper pipe ends by cutting square and removing any burrs or oxidation. Slide the fitting onto the prepared pipe end and ensure full insertion to the seating shoulder. Apply appropriate flux to the joint area and heat evenly with a suitable torch until the solder flows into the joint by capillary action. Allow the assembly to cool naturally and then inspect the joint for complete solder coverage and absence of visible gaps. Follow applicable plumbing codes for water or heating systems and flush the system to check for leaks before returning to service.

Usage recommendations

Use only suitable lead-free solder and flux approved for potable water when connecting fittings in drinking water systems. Ensure correct pipe preparation and heating technique to obtain a reliable soldered joint; avoid overheating to prevent damage to nearby components.