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Cronatron® 40 High Silver Bare Brazing Rod 1/16"
Cronatron® - 40 High Silver Bare Brazing Rod, Silver, 18" Length, 1/16" (6 Feet)
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Cronatron® - 40 High Silver Bare Brazing Rod, Silver, 18" Length, 1/16" (6 Feet)
Providing maximum capillary action and the lowest melting temperatures, these high silver products waste less brazing alloy. They have the ability to join many different metals tool steel, stainless steel, alloy steel, copper and brass alloys and many others.
Superior Advantages
Thin flow provides excellent capillary action
Excellent electrical conductivity
Low melt temperatures
Cadmium-free, use for food, beverage and kitchen equipment
Tensile Strength: 85,000 PSIMelting Temperature: 1,140°F (616°C)Recommended Flux: F40
Typical Applications
Electrical components
Carbide tipping
Copper coils and tubing
Food, beverage and kitchen equipment (cadmium-free products)
Usage ProcedureMaterials should be smooth and free of burrs or uneven edges. A carburizing oxyacetylene flame should be used, heating a broad surface along the joint line. Keep the flame cone one inch ahead of the alloy rod and a continuous fillet will form. Clean flux residue off with water.
Providing maximum capillary action and the lowest melting temperatures, these high silver products waste less brazing alloy. They have the ability to join many different metals tool steel, stainless steel, alloy steel, copper and brass alloys and many others.
Superior Advantages
Thin flow provides excellent capillary action
Excellent electrical conductivity
Low melt temperatures
Cadmium-free, use for food, beverage and kitchen equipment
Tensile Strength: 85,000 PSIMelting Temperature: 1,140°F (616°C)Recommended Flux: F40
Typical Applications
Electrical components
Carbide tipping
Copper coils and tubing
Food, beverage and kitchen equipment (cadmium-free products)
Usage ProcedureMaterials should be smooth and free of burrs or uneven edges. A carburizing oxyacetylene flame should be used, heating a broad surface along the joint line. Keep the flame cone one inch ahead of the alloy rod and a continuous fillet will form. Clean flux residue off with water.