General purpose filler for steel as well as copper alloysIncludes silver brazing alloys that are produced with stringent control of precise wire size and chemical composition

General purpose filler for steel as well as copper alloysIncludes silver brazing alloys that are produced with stringent control of precise wire size and chemical composition

General purposeGood ductility and capillary flow

General purpose filler for steel as well as copper alloysIncludes silver brazing alloys that are produced with stringent control of precise wire size and chemical composition

General purpose filler for steel as well as copper alloysIncludes silver brazing alloys that are produced with stringent control of precise wire size and chemical composition

Tin/lead solders are excellent where pre-placement of solder is required for furnace and/or automatic soldering applicationsCaution: Lead-bearing solders are not to be used in potable water systems

Tin/lead solders are excellent where pre-placement of solder is required for furnace and/or automatic soldering applicationsCaution: Lead-bearing solders are not to be used in potable water systems

Tin/lead solders are excellent where pre-placement of solder is required for furnace and/or automatic soldering applicationsCaution: Lead-bearing solders are not to be used in potable water systems

Tin/lead solders are excellent where pre-placement of solder is required for furnace and/or automatic soldering applicationsCaution: Lead-bearing solders are not to be used in potable water systems

J.W. Harris silver brazing alloys are produced with stringent control of chemical composition and precise wire sizeMost Harris standard stock silver brazing alloys are available in coils, bare rod in straight lengths and flux coated in straight lengths

Maximum carbon content is 0.03%Use for high temperature service applicationsDesigned for flat and horizontal welding positions

Similar usage as 308The 0.03% maximum carbon content increases resistance to intergranular corrosion