Brazing Alloys

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Brazing alloys melt when heat is applied to provide material for joining adjacent metal parts in brazing applications. They create strong joints between parts made from similar and dissimilar metals. The base material at the joint is heated with a brazing torch. The brazing alloy is touched to the hot joint to melt and flow the alloy into the joint and join the parts.

Phos-Copper Brazing Alloys

Phos-Copper Brazing Alloys
Phos-copper brazing alloys provide filler metal for brazing brass to brass, copper to copper, and copper to brass. They are commonly used in HVAC and refrigeration applications.

0 % Silver – BCuP-2

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0 % Silver – BCuP-9

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2 % Silver – BCuP-6

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5 % Silver – BCuP-3

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6 % Silver – Not Classified

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15 % Silver – BCuP-5

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High-Silver Brazing Alloys

High-Silver Brazing Alloys
These high-silver brazing alloys are commonly used for brazing joints on HVAC equipment, drill bits, machine parts, and other items that will be subject to high vibration. High-silver brazing alloys provide better capillary action than brazing alloys with less silver, allowing them to flow into tight spaces without relying on gravity or other external forces. They provide filler metal for joining copper to steel, copper to stainless steel, brass to steel, brass to stainless steel, stainless steel to stainless steel, steel to stainless steel, and steel to steel.

40 % Silver – Not Classified

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45 % Silver – BAg-5

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45 % Silver – BAg-36

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NSF-Certified High-Silver Brazing Alloys

NSF-Certified High-Silver Brazing Alloys
These high-silver brazing alloys meet NSF International standards for brazing joints on food-handling and food-processing equipment. High-silver brazing alloys provide better capillary action than brazing alloys with less silver, allowing them to flow into tight spaces without relying on gravity or other external forces. They provide filler metal for joining copper to steel, copper to stainless steel, brass to steel, brass to stainless steel, stainless steel to stainless steel, steel to stainless steel, and steel to steel.

56 % Silver – BAg-7

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Low-Fuming Bronze Brazing Alloys

Low-Fuming Bronze Brazing Alloys

Low-fuming bronze brazing alloys create minimal fumes when they are heated. Sometimes called bronze rods, these alloys provide filler metal for joining cast iron to cast iron, cast iron to copper, cast iron to nickel, cast iron to stainless steel, cast iron to steel, copper to nickel, copper to stainless steel, copper to steel, nickel to nickel, nickel to stainless steel, nickel to steel, stainless steel to stainless steel, stainless steel to steel, and steel to steel.

0 % Silver – RBCuZn-C

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Nickel-Silver Brazing Alloys

Nickel-Silver Brazing Alloys

Nickel-silver brazing alloys offer better shear strength than other brazing alloys. They are typically used to repair drill bits and machine parts that will be used in applications where they will be exposed to heavy abuse, such as deep-hole drilling, excavation, or mining. These alloys provide filler metal for braze-welding tungsten carbide to copper, tungsten carbide to nickel, tungsten carbide to stainless steel, tungsten carbide to steel, copper to nickel, copper to stainless steel, copper to steel, nickel to stainless steel, nickel to steel, stainless steel to stainless steel, and stainless steel to steel.

0 % Silver – RBCuZn-D

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Aluminum Brazing Alloys

Aluminum Brazing Alloys
Aluminum brazing alloys provide filler metal for joining aluminum to aluminum, aluminum to copper, or aluminum to brass. They are commonly used in HVAC, automotive, and fabrication applications.

BAlSi-4

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