Silver Brazing Alloys | McMaster-Carr

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For Joining

Stainless Steel

Shape

AWS Material Code

Braze Type

Without Cadmium

Diameter

Melting Temperature

1,125° F to 1,145° F

1,125° F to 1,295° F

1,140° F to 1,200° F

1,145° F to 1,205° F

1,160° F to 1,175° F

1,170° F to 1,270° F

1,175° F to 1,235° F

1,185° F to 1,260° F

1,190° F to 1,335° F

1,190° F to 1,450° F

1,190° F to 1,480° F

1,190° F to 1,500° F

1,195° F to 1,260° F

1,200° F to 1,330° F

1,220° F to 1,305° F

1,220° F to 1,435° F

1,225° F to 1,370° F

1,270° F to 1,500° F

Length

Weight

Maximum Temperature

Less than 1,200° F

1,200° F to 1,249° F

1,250° F to 1,299° F

1,300° F to 1,399° F

1,400° F or greater

Number of Pieces

Specifications Met

Fed. Spec. QQ-B-654

Minimum Temperature

Less than 1,150° F

1,150° F to 1,174° F

1,175° F to 1,199° F

1,200° F to 1,224° F

1,225° F or greater

Width

Export Control Classification Number (ECCN)

DFARS Specialty Metals

RoHS

Compliant with Exemptions

REACH

U.S.–Mexico–Canada Agreement (USMCA) Qualifying

Material

316 Stainless Steel

For Use With

Hydraulic Fluid

Height

Performance

Corrosion Resistant

Tube OD

Pipe Size

Approximate Rods per Pound

OD

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121 Products

Brazing Alloys

Brazing Alloys

Use these brazing alloys with a variety of metals

High-Strength Brazing Alloys

High-Strength Brazing Alloys

Create stronger bonds than standard brazing alloys

Brazing Alloy Assortments

Brazing Alloy Assortments

Everything you need to start brazing in general purpose applications

Flux-Included Corrosion-Resistant Brazing Alloys

Flux-Included Corrosion-Resistant Brazing Alloys

No need to add flux when brazing corrosion resistant metal, such as 300-series stainless steel

Brazing Alloys for Carbide Tool Inserts

Brazing Alloys for Carbide Tool Inserts

Silver with nickel alloy sides and a copper core

Brazing Alloys for Copper

Brazing Alloys for Copper

Join copper and copper alloys in general purpose applications

Flux-Included Brazing Alloys for Tight Gaps

Flux-Included Brazing Alloys for Tight Gaps

Fill in tight gaps without needing to add flux before you braze

Corrosion-Resistant Brazing Alloys

Corrosion-Resistant Brazing Alloys

Use on types of metal that may corrode, such as cast iron and steel

Brazing Alloys for Tight Gaps

Brazing Alloys for Tight Gaps

Flow into smaller gaps than standard gap-filling brazing alloys

Flux-Included Brazing Alloys

Flux-Included Brazing Alloys

No need to add flux—these alloys have it built in

Flux-Included High-Strength Brazing Alloys

Flux-Included High-Strength Brazing Alloys

Create stronger bonds than standard brazing alloys without adding flux

High-Strength Brazing Alloys for Copper

High-Strength Brazing Alloys for Copper

Create stronger bonds than standard brazing alloys for copper

Gap-Filling Brazing Alloys

Gap-Filling Brazing Alloys

Melt into a thicker liquid than standard brazing alloys to fill in large gaps

Brazing Alloys for Furnace Brazing

Brazing Alloys for Furnace Brazing

Join metal in inert atmospheres or vacuum conditions, such as furnace brazing

High-Strength Brazing Alloy Rings for Copper

High-Strength Brazing Alloy Rings for Copper

Join copper tubing and tube fittings with a stronger bond than standard brazing alloys for copper

Gap-Filling Brazing Alloys for Copper

Gap-Filling Brazing Alloys for Copper

Melt into a thick liquid to fill in larger gaps than standard brazing alloys for copper

Other Products

Brazing Rings

Snap into metal pipe and tubing to form leak-resistant joints more quickly than with hand-fed alloys

The quick brown fox jumped over the lazy dog. Pedestal (35" Ht. x 4" Wd. x 4" Dp.)