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261 Blue Flux Coated General Purpose Silver Brazing Alloy 1/16X18
261 Low Working Temperature Silver Cadium Free Alloy Tensile 60000 32% Elongation 19% Iacs High Silver Content High Detergent Flux (6 Feet)
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261 Low Working Temperature Silver Cadium Free Alloy Tensile 60000 32% Elongation 19% Iacs High Silver Content High Detergent Flux (6 Feet)
A low working temperature silver brazing alloy with superb wetting action on difficult-to-join metals such as tool steels, stainless steel, beryllium copper and nickel alloys.
Fast Flowing Works well on tight joints
High Silver Content Lower melting point and reduces need for high heat for joining
High-detergent conductivity
High strength
Corrosion resistant
Cadmium-free
Joint Strength: Up to 60,000 PSI/414 Mpa
Elongation: 32%
Working Temperature: 1370°F/743°C
Electrical Conductivity: 19% IACS
Corrosion Resistance: Good
Coating: Blue
PROCEDURES Clean the weld area. Remove all rust, paint, grease, oil and other foreign matter. Maintain joint clearance of 0.003 to 0.005. Prefluxing is not required; however, additional flux will help in tight joints and may be needed. Heat the weld area to a dull red color using a slightly carburizing flame. Melt off a small amount of alloy and flux. Keep the torch in motion and flow the deposit through the joint. Allow to cool slowly. Remove flux residue with warm water.
A low working temperature silver brazing alloy with superb wetting action on difficult-to-join metals such as tool steels, stainless steel, beryllium copper and nickel alloys.
Fast Flowing Works well on tight joints
High Silver Content Lower melting point and reduces need for high heat for joining
High-detergent conductivity
High strength
Corrosion resistant
Cadmium-free
Joint Strength: Up to 60,000 PSI/414 Mpa
Elongation: 32%
Working Temperature: 1370°F/743°C
Electrical Conductivity: 19% IACS
Corrosion Resistance: Good
Coating: Blue
PROCEDURES Clean the weld area. Remove all rust, paint, grease, oil and other foreign matter. Maintain joint clearance of 0.003 to 0.005. Prefluxing is not required; however, additional flux will help in tight joints and may be needed. Heat the weld area to a dull red color using a slightly carburizing flame. Melt off a small amount of alloy and flux. Keep the torch in motion and flow the deposit through the joint. Allow to cool slowly. Remove flux residue with warm water.
† May Require Additional Delivery Time to Canada