Solder types include ROSIN CORE for electrical work with non-corrosive residues, and a quick wetting rosin core for perfect connections. Features a rosin flux core for maximum conductivity and strength. Suitable for all electrical applications of copper, silver plate, and tin plate.

For non-electrical applications, this highly active acid core is designed for use on the widest range of metals and is effective in repairing tools, tubing, radiators, sheet metal, and general automotive needs.

JOINS DISSIMILAR METALS with a low 500°F bonding temperature. Ideal for joining most metals, including anodized aluminum, aluminum, and copper tubing in refrigeration lines and cooling systems. High strength with 20,000 PSI tensile strength at temperatures up to 350°F. Solid wire solder; flux required for use.

Designed for various applications, including general purpose and electrical work. ACID CORE for heavy tarnishes; ROSIN CORE for non-corrosive, non-conductive connections. Solid wire for larger jobs requiring more solder. Each type serves distinct needs, ensuring optimal performance across different soldering tasks.

Solder paste made from a silver bearing alloy mixed with acid flux. Easy application: apply cream to the area and heat. Features a 430°F melt temperature. Suitable for non-electrical applications including nickel alloys, copper, steel, brass, galvanized iron, and tin. Excellent for sweat fittings. MADE IN THE U.S.A.

ELECTRICAL REPAIR FLUX designed for electrical repairs. HIGH PERFORMANCE CONNECTIONS prevent oxidation for strong, long-lasting bonds. SAFE IN USE with no zinc chloride or ammonium chloride. CORROSION RESISTANT rosin base leaves a protective coating over soldered areas.

This product is designed for use with solid wire solders or when additional flux is needed, and it is water soluble. It provides superior cleaning for easier soldering and stronger bonds, contains no zinc chloride, and is intended for non-electrical applications.

ACID CORE is used for general purpose work because of its chemical action; it will cut through heavy tarnishes and oxides. However, it is not suitable for electrical work due to the residues that remain after soldering.

HIGH PERFORMANCE FLUX cleans surfaces to be soldered and prevents oxide build-up on aluminum alloys and dissimilar metals.