Carbon Steel Flux-Cored Welding Wire

This Blueshield LA T-91 LF flux-cored wire meets CSA standards and features a general-purpose single or multi-pass, all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Use with ship building, offshore, and structural applications. Its diameter is 0.045 inch with a 3/4-inch electrode stick-out. Available in a 15-kilogram steel spool.

This Blueshield LA T-91 LF flux-cored wire meets CSA standards and features a general-purpose single or multi-pass, all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Use with ship building, offshore, and structural applications. Its diameter is 0.045 inch with a 3/4-inch electrode stick-out. Available in a 15-kilogram steel spool.

This WELD 71T-9 flux-cored welding wire is made of mild steel. In addition, it is designed for use with the following materials: mild steel. It weighs 33 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for ABS 3YSA H10, CWB E491T-9-H8/E491T-9M-H8, SFA/AWS A5.20, SFA/AWS A5.36.

This WELD 71T-9 flux-cored welding wire is made of mild steel. In addition, it is designed for use with the following materials: mild steel. It weighs 33 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for ABS 3YSA H10, CWB E491T-9-H8/E491T-9M-H8, SFA/AWS A5.20, SFA/AWS A5.36.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 1/16 inch with a 3/4-inch electrode stick-out. Available in a 27.2-kilogram coil.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 1/16 inch with a 3/4-inch electrode stick-out. Available in a 27.2-kilogram coil.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 0.035 inches with a 5/8-inch electrode stick-out. Available in a 15-kilogram steel spool.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 0.035 inches with a 5/8-inch electrode stick-out. Available in a 15-kilogram steel spool.

This Dual Shield 710X-M flux-cored welding wire is made of carbon steel. In addition, it is designed for use with the following materials: carbon steel to carbon steel. It weighs 33 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for AWS A5.20, AWS A5.36, MIL-E-24403A 71T-1M.

This Dual Shield 710X-M flux-cored welding wire is made of carbon steel. In addition, it is designed for use with the following materials: carbon steel to carbon steel. It weighs 33 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for AWS A5.20, AWS A5.36, MIL-E-24403A 71T-1M.

This Coreshield 11 flux-cored welding wire is made of carbon steel. In addition, it is designed for use with the following materials: carbon steel to carbon steel. It weighs 33 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for AWS A5.20, AWS A5.36.

This Coreshield 11 flux-cored welding wire is made of carbon steel. In addition, it is designed for use with the following materials: carbon steel to carbon steel. It weighs 33 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for AWS A5.20, AWS A5.36.

This ESAB Coreshield 15 MIG welding wire is an all-position, self-shielded, flux-cored welding wire for single pass applications. Its use of DCEN (electrode negative) minimizes the risk of burn through and it is excellent for lap and fillet welds on galvanized and mild steels in all welding positions. It has a 0.045-inch diameter with a 1/2-inch electrode stick out. Available in a 15-kilogram spool.

This ESAB Coreshield 15 MIG welding wire is an all-position, self-shielded, flux-cored welding wire for single pass applications. Its use of DCEN (electrode negative) minimizes the risk of burn through and it is excellent for lap and fillet welds on galvanized and mild steels in all welding positions. It has a 0.045-inch diameter with a 1/2-inch electrode stick out. Available in a 15-kilogram spool.

This Dual Shield Prime 81Ni1 H4 MIG welding wire is made of mild steel. In addition, it is for use with: steel. It weighs 33.07 pounds. It can be used for flux-cored welding (FCAW, MCAW), and meets the standards for ABS 5YQ460SA H5, BV SA5Y46 H5, CE EN 13479, DNV-GL V Y46MS(H5), EN ISO 17632-A T 50 6 1Ni P C1 1 H5, EN ISO 17632-B T556T1-1CA-N2-U-H5, LR 5Y46S H5, and more.

This Dual Shield Prime 81Ni1 H4 MIG welding wire is made of mild steel. In addition, it is for use with: steel. It weighs 33.07 pounds. It can be used for flux-cored welding (FCAW, MCAW), and meets the standards for ABS 5YQ460SA H5, BV SA5Y46 H5, CE EN 13479, DNV-GL V Y46MS(H5), EN ISO 17632-A T 50 6 1Ni P C1 1 H5, EN ISO 17632-B T556T1-1CA-N2-U-H5, LR 5Y46S H5, and more.

A seamless, flux-core wire that is non-copper coated for improved feedability, excellent impact toughness and superior weldability, measuring 3/64 inch in diameter, and weighing 33.06 pounds. It has a tensile strength of 587 MPa.

A seamless, flux-core wire that is non-copper coated for improved feedability, excellent impact toughness and superior weldability, measuring 3/64 inch in diameter, and weighing 33.06 pounds. It has a tensile strength of 587 MPa.

This Dual Shield 7100 Ultra flux-cored welding wire is made of mild steel. In addition, it is designed for use with the following materials: carbon steel. It weighs 15 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for ABS, BV, CSA W48, DNV-GL, E491T-9-H8, E491T-9M-H8, LR.

This Dual Shield 7100 Ultra flux-cored welding wire is made of mild steel. In addition, it is designed for use with the following materials: carbon steel. It weighs 15 pounds. It can be used for MIG welding (GMAW), in positions including flat, horizontal, overhead, vertical-down, vertical-up and meets the standards for ABS, BV, CSA W48, DNV-GL, E491T-9-H8, E491T-9M-H8, LR.

A seamless, flux-core wire that is non-copper coated for improved feedability, excellent impact toughness and superior weldability, measuring 3/64 inch in diameter, and weighing 33.06 pounds. It has a tensile strength of 525-540 MPa.

A seamless, flux-core wire that is non-copper coated for improved feedability, excellent impact toughness and superior weldability, measuring 3/64 inch in diameter, and weighing 33.06 pounds. It has a tensile strength of 525-540 MPa.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 0.052 inches with a 3/4-inch electrode stick-out. Available in a 27.2-kilogram coil.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 0.052 inches with a 3/4-inch electrode stick-out. Available in a 27.2-kilogram coil.

This 0.052-inch diameter flux core wire is made of carbon steel and is for use with non-alloyed and fine-grain steels, single- and multi-pass welding, structural and general fabrication, and heavy equipment. It has a tensile strength of 84,000 PSI (100% carbon dioxide): 90,000 PSI (75% argon/25% carbon dioxide), and 70,000 to 95,000 PSI (AWS Spec). Available in a 33-pound spool.

This 0.052-inch diameter flux core wire is made of carbon steel and is for use with non-alloyed and fine-grain steels, single- and multi-pass welding, structural and general fabrication, and heavy equipment. It has a tensile strength of 84,000 PSI (100% carbon dioxide): 90,000 PSI (75% argon/25% carbon dioxide), and 70,000 to 95,000 PSI (AWS Spec). Available in a 33-pound spool.

This 0.052-inch diameter flux core wire is made of carbon steel and is for use with non-alloyed and fine-grain steels, single- and multi-pass welding, structural and general fabrication, and heavy equipment. It has a tensile strength of 84,000 PSI (100% carbon dioxide): 90,000 PSI (75% argon/25% carbon dioxide), and 70,000 to 95,000 PSI (AWS Spec). Available in a 15-pound spool.

This 0.052-inch diameter flux core wire is made of carbon steel and is for use with non-alloyed and fine-grain steels, single- and multi-pass welding, structural and general fabrication, and heavy equipment. It has a tensile strength of 84,000 PSI (100% carbon dioxide): 90,000 PSI (75% argon/25% carbon dioxide), and 70,000 to 95,000 PSI (AWS Spec). Available in a 15-pound spool.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 0.045 inches with a 3/4-inch electrode stick-out. Available in a 27.2-kilogram coil.

This Blueshield LA T-91 LF flux-cored MIG welding wire meets CSA standards and features a general-purpose single or multi-pass, an all-position design to weld carbon steels with mechanical properties down to -30 Degrees C when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Its diameter is 0.045 inches with a 3/4-inch electrode stick-out. Available in a 27.2-kilogram coil.

This Blueshield LA T-91 LF flux-cored wire meets CSA standards and features a general-purpose single or multi-pass, all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Use with ship building, offshore, and structural applications. Its diameter is 1/16 inch with a 3/4-inch electrode stick-out. Available in a 15-kilogram steel spool.

This Blueshield LA T-91 LF flux-cored wire meets CSA standards and features a general-purpose single or multi-pass, all-position design to weld carbon steels with mechanical properties down to -30 Degrees C (-20 Degrees F) when using carbon dioxide, argon/carbon dioxide, and Arcal 211 shielding gases. Use with ship building, offshore, and structural applications. Its diameter is 1/16 inch with a 3/4-inch electrode stick-out. Available in a 15-kilogram steel spool.