Lincoln Electric 95561/2POP Silver Solder 1/8 in Dia

Product Description

The LINCOLN ELECTRIC 95561/2POP is a silver solder designed for lead-free installation of small diameter and tight-fitting connections. With a diameter of 0.125 inches (1/8 inch), this solder meets ASTM B-32 standards and is suited for precision joints where a clean, reliable bond is required. It is commonly used by licensed plumbers, HVAC technicians, and refrigeration mechanics working on copper tubing systems. The silver composition supports strong, low-resistance joints in applications where standard tin-lead solders are not permitted or appropriate.

This solder is well suited for residential and light commercial plumbing and HVAC work, particularly where lead-free materials are required by code. It performs in tight-fitting connection scenarios where precise fit and flow characteristics matter. The 1/8 inch diameter format is a standard size for hand-soldering small-bore copper fittings and tubing. It is packaged as a single unit, making it appropriate for targeted repairs or small-scale installations.

Key Features

• 1/8 inch (0.125 inch) diameter — standard size for small-bore copper joint work
• Silver material composition supports strong, reliable bonds in lead-free applications
• Meets ASTM B-32 standard for solder metal alloys
• Lead-free formulation compliant with applicable plumbing and HVAC installation codes
• Designed for tight-fitting connections where precise solder flow is critical

Compatibility

Designed for lead-free installation of small diameter and tight-fitting connections, consistent with typical copper tubing and fitting applications in plumbing and HVAC systems.

Installation Notes

Installation is performed by licensed plumbers or HVAC technicians following applicable local plumbing codes and IFGC guidelines where relevant. Always shut off the water or refrigerant supply and relieve system pressure before soldering any joint. Surfaces must be clean, deburred, and properly fluxed prior to applying solder. Do not overheat fittings, as excessive heat can compromise joint integrity and damage adjacent components.