Brazing Alloys & Fluxes

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

Used to weld similar composition base metals, brass, and to weld these copper alloys to steel Silicon bronze is also frequently used in GTAW

Similar usage as 308L The 0.65-1.00% silicon content improves wash and wetting behavior in the gas shielded welding processes

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

Used to weld similar composition base metals, brass, and to weld these copper alloys to steel Silicon bronze is also frequently used in GTAW

Used to weld similar composition base metals, brass, and to weld these copper alloys to steel Silicon bronze is also frequently used in GTAW

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

Similar usage as 308L The 0.65-1.00% silicon content improves wash and wetting behavior in the gas shielded welding processes

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

Similar usage as 308L The 0.65-1.00% silicon content improves wash and wetting behavior in the gas shielded welding processes

Helps improve cutting performance OEM consumable Withstand rigorous use under nearly any conditions

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

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

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

For repairing damaged galvanized coatings Provides excellent corrosion resistance Working temperature of about 600 F

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

An all-purpose, low-temperature flux for use in silver brazing Minimizes the oxidation that may form on both the brazing filler metal and the materials being joined

Effectively removes heat-tint, weld-burn and discoloration and rust from all grades of stainless steel Can also be used as a general acid cleaner for copper, brass and bronze

Similar usage as 308L The 0.65-1.00% silicon content improves wash and wetting behavior in the gas shielded welding processes

Helps improve cutting performance OEM consumable Withstand rigorous use under nearly any conditions

Use for powder cutting of ferrous, non-ferrous, and non-metallic materials 100% iron

Limited multi-pass, all position, flux cored welding wire designed to weld carbon steel Shielding gas is not required Produces smooth arc action, low spatter, full slag coverage, and easy slag removal

Limited multi-pass, all position, flux cored welding wire designed to weld carbon steel Shielding gas is not required Produces smooth arc action, low spatter, full slag coverage, and easy slag removal

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...

Moly alloyed, high strength, oxy-acetylene gas welding rod used for gas brazing of low carbon and low alloy steels Used in applications where a high tensile strength is needed The high silicon and manganese content in the product eliminates the need for...