Brazing Range (F)
1665 to 1680
Tensile Strength (PSI)
80 to 98
Application
Brazing Tungsten Carbides, Copper Alloys, Nickel Alloys, Stainless and Carbon Steels
Capacity Shingles
1,800 Degrees F
For Joining
Carbides to Nickel, Carbides to Stainless Steel, Carbides to Steel, Copper to Nickel, Copper to Stainless Steel, Copper to Steel, Nickel to Stainless Steel, Nickel to Steel, Stainless Steel to Stainless Steel, Stainless Steel to Steel
Flux Application
Flux Required for Carbides to Copper, Flux Required for Carbides to Nickel, Flux Required for Carbides to Stainless Steel, Flux Required for Carbides to Steel, Flux Required for Copper to Nickel, Flux Required for Copper to Stainless Steel, Flux Required for Copper to Steel, Flux Required for Nickel to Stainless Steel, Flux Required for Nickel to Steel, Flux Required for Stainless Steel to Stainless Steel, Flux Required for Stainless Steel to Steel
AWS Classification
RBCuZn-D
Alloy Composition
46% to 50% Copper, 9% to 11% Nickel, 0.25% Phosphorus, 0.05% Lead, 0.04% to 0.25% Silicon, 0.01% Aluminum, 0.5% Other, Balance Zinc
Compatible Chuck Size
1,720 Degrees F
Joining Applications
Carbides to Copper, Carbides to Nickel, Carbides to Stainless Steel, Carbides to Steel, Copper to Nickel, Copper to Stainless Steel, Copper to Steel, Nickel to Stainless Steel, Nickel to Steel, Stainless Steel to Stainless Steel, Stainless Steel to Steel
Brazing Temperature Range
1,720 Degrees F to 1,800 Degrees F
For Metal Type
Carbides to Copper, Carbides to Nickel, Carbides to Stainless Steel, Carbides to Steel, Copper to Nickel, Copper to Stainless Steel, Copper to Steel, Nickel to Stainless Steel, Nickel to Steel, Stainless Steel to Stainless Steel, Stainless Steel to Steel
Maximum Brazing Temperature
1,800 Degrees F
Minimum Brazing Temperature
1,720 Degrees F
Minimum Soldering Temperature
1,720 Degrees F
Country of Origin (subject to change)
China
