Tig Welding Wires

A premium, multiple deoxidized, wire Produces high quality welds in most grades of carbon steels E70S-2 is a triple deoxidized wire which provides defect free weld deposits when properly used on most carbon steels

The silicon addition improves puddle fluidity, producing an appealing bead profile It is less crack sensitive on the 6XXX series than other welding alloys All Position Welding

A general-purpose welding wire for fabrication of mild steel Contains more deoxidizers that also provide better wetting, giving a flatter bead shape and the capability of faster travel speeds Usually used with 75/25 (argon/CO2) shielding gas or with...

A premium, multiple deoxidized, wire Produces high quality welds in most grades of carbon steels E70S-2 is a triple deoxidized wire which provides defect free weld deposits when properly used on most carbon steels

Increases resistance to intergranular corrosion Dual classification ensures the maximum carbon content is 0.03% All Position Welding

This copper-silicon alloy is used to weld similar composition base metals, brass, and to weld these copper alloys to steel Silicon bronze is also frequently used in GMAW "braze welding" of coated sheet steels Silicon bronze base metals generally do not...

A premium, multiple deoxidized, wire Produces high quality welds in most grades of carbon steels E70S-2 is a triple deoxidized wire which provides defect free weld deposits when properly used on most carbon steels

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

A premium, multiple deoxidized, wire Produces high quality welds in most grades of carbon steels E70S-2 is a triple deoxidized wire which provides defect free weld deposits when properly used on most carbon steels

Mild steel welding wire that contains high levels of manganese and silicon which produces high quality welds when used on dirty, oily or rusty steel The high silicon content increases the fluidity of the weld pool, creating a smoother bead appearance...

Mild steel welding wire that contains high levels of manganese and silicon which produces high quality welds when used on dirty, oily or rusty steel The high silicon content increases the fluidity of the weld pool, creating a smoother bead appearance...

Mild steel welding wire that contains high levels of manganese and silicon which produces high quality welds when used on dirty, oily or rusty steel The high silicon content increases the fluidity of the weld pool, creating a smoother bead appearance...

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding types 316 and 316L stainless steels Maximum carbon content of 0.03% to reduce the possibility of formation of intergranular carbide precipitation Primarily used for welding low carbon molybdenum bearing austenitic alloys

Used for welding cast alloys of similar composition as well as dissimilar metals including stainless to mild steels Can be used for welding high strength steels Very high ferrite

Similar to type 309 except for the carbon content being lower than .03% Extra low carbon content provides good resistance to carbide precipitation and intergranular corrosion Works well for dissimilar joints that undergo heat treatment

Similar to type 309 except for the carbon content being lower than .03% Extra low carbon content provides good resistance to carbide precipitation and intergranular corrosion Works well for dissimilar joints that undergo heat treatment

Similar to type 309 except for the carbon content being lower than .03% Extra low carbon content provides good resistance to carbide precipitation and intergranular corrosion Works well for dissimilar joints that undergo heat treatment

Similar to type 309 except for the carbon content being lower than .03% Extra low carbon content provides good resistance to carbide precipitation and intergranular corrosion Works well for dissimilar joints that undergo heat treatment

Similar to type 309 except for the carbon content being lower than .03% Extra low carbon content provides good resistance to carbide precipitation and intergranular corrosion Works well for dissimilar joints that undergo heat treatment

Similar to type 309 except for the carbon content being lower than .03% Extra low carbon content provides good resistance to carbide precipitation and intergranular corrosion Works well for dissimilar joints that undergo heat treatment

Same analysis as ER308L but with a higher silicon content Higher silicon content improves arc stability, bead appearance and wetting action Produces exceptionally smooth welds for applications that require a good cosmetic appearance

Same analysis as ER308L but with a higher silicon content Higher silicon content improves arc stability, bead appearance and wetting action Produces exceptionally smooth welds for applications that require a good cosmetic appearance