FabCO® 712M
Formulated to allow excellent mechanical toughness properties at lower temperatures in both the as welded and post weld heat treat conditions. All position wire with low hydrogen levels.
AWS: A5.20: E71T-1MJ H4, E71T-9MJ H4, E71T-12MJ H4
SDS: English (NA), Spanish (NA), French (NA), English (EU), Spanish (EU), French (EU)
Certification: Download PDF
Product Sizes & Specifications
| Part Number | Diameter (IN) | Diameter (MM) | Package | Base Metal | Welding Process | Welding Position |
|---|---|---|---|---|---|---|
| S237512-053 | 0.045 | 1.2 | 33 Lb (15 Kg) Vacuum Packaged Spool | mild steel | FCAW (flux cored) | all |
| S237515-053 | 0.052 | 1.4 | 33 Lb (15 Kg) Vacuum Packaged Spool | mild steel | FCAW (flux cored) | all |
Industries
Offshore drilling rigs, Jackup rig fabrication, Transmmission and process piping, Shipbuilding Storage Vessels, Structural Steel, Agriculture, Construction, Mining, General Fabrication,
Applications
Single and multiple pass applications with Mixed Gas
Similar Products
-
TM-771
This tubular wire combines excellent operator appeal with mechanical properties superior to most conventional E71T-1 wires. A soft quiet arc with virtually no spatter produces a weld deposit with diffusible hydrogen levels typically less than 5ml/100 g required by MIL-E-24403/1.
-
FabCO® Element™ 71C
Designed as a low Manganese (Mn) E71T-1C product to assist with conformance to OSHA requirements and NIOSH and ACGIH recommendations for Manganese. This product offers reductions of Mn in the weld fume of 60-80% over a standard E71T-1C product with low diffusible hydrogen as well as enhanced operator appeal and excellent out of positional capability.
-
FabCO® Element™ 71M
Designed as a low Manganese (Mn) E71T-1M wire. Designed to conform to OSHA requirements and NIOSH and ACGIH recommendations for Manganese. This product offers reductions of Mn in the weld fume of 60-80% over a standard E71T-1M product with low diffusible hydrogen. This product provides enhanced operator appeal and excellent out of positional capability.
-
FabCO® Element™ 71T1C
Engineered as a low Manganese (Mn) E71T-1C product to provide conformance to OSHA requirements and NIOSH and ACGIH recommendations for Manganese. FabCO Element 71T1C provides reductions of Mn in the weld fume of 60-80% over a standard E71T-1C product with low diffusible hydrogen as well as enhanced operator appeal and excellent out of positional capability.
-
FabCO® Element™ 71T1M
Formulated as a low Manganese (Mn) E71T-1M product to meet conformance to OSHA requirements and NIOSH and ACGIH recommendations for Manganese. This product offers reductions of Mn in the weld fume of 60-80% over a standard E71T-1M product with low diffusible hydrogen. Also provides enhanced operator appeal and excellent out of positional capability.
-
FabCO® Excel-Arc™ 71
All position wire for both CO2 and mixed gas. For mild and low alloy steel applications.
-
FabCO® Triple 7
Intended for single and multiple pass applications in all positions. Designed for carbon and higher strength steels.
-
FabCO® Triple 8
An all position tubular wire with higher impact values than most other E71T-1 wires. Single or multiple pass welds, easy slag removal and low spatter levels, allows this wire to be used in deep groove applications as well as standard joint configurations.
-
FabCO® XL-525
Formulated to allow excellent impact values at lower temperatures. All position wire with low hydrogen levels.
-
FabCO® XL-550
Formulated to allow excellent impact values at lower temperatures. All position wire with low hydrogen levels.
-
FabCO® 711M
The stiff arc action of this wire enhances the deep penetration for out of position welding. Designed for use welding carbon steels, or higher strength steels where the properties of an E71T-1 are deemed adequate.
-
FabCO® 712C
Engineered to produce excellent mechanical properties at lower temperatures in both the as welded and post weld heat treat conditions. Provides low hydrogen levels in all welding positions.
-
FabCO® 910
Specially designed for use with high Argon shielding mixes such as 95%Ar/5% CO2.