S294119-029 - Hobart FabCO Element 71T1M 1/16" Low Manganese Flux-Cored Wire 33lb Spool

Advanced Low-Manganese Flux-Cored Wire for Industrial Compliance

The Hobart FabCO Element 71T1M is a revolutionary gas-shielded flux-cored wire designed specifically to address the growing stringency of environmental and safety regulations regarding manganese exposure in the workplace. With the internal SKU S294119-029, this 1/16-inch diameter wire is engineered to deliver a massive 60% to 80% reduction in manganese (Mn) levels within the weld fume compared to traditional E71T-1M consumables. This significant reduction makes it an essential component for facilities aiming to meet or exceed OSHA requirements, as well as recommendations from NIOSH and ACGIH, particularly in environments with limited ventilation or high-volume throughput.

Beyond its safety profile, the FabCO Element 71T1M maintains the high-performance standards expected from the Hobart brand. It is formulated with low diffusible hydrogen, minimizing the risk of hydrogen-induced cracking in critical structural applications. The wire is classified under AWS A5.20 as E71T-1M, indicating its suitability for multi-pass welding on carbon steels using mixed shielding gas. The 33lb spool packaging is optimized for industrial wire feeders, ensuring continuity in heavy fabrication workflows. By integrating this wire into your welding procedure specifications (WPS), you can effectively lower the baseline of hazardous fume generation at the source, reducing the burden on secondary fume extraction systems and personal protective equipment.

This product is particularly advantageous for industries such as shipbuilding, railcar manufacturing, and heavy equipment fabrication where welders are frequently positioned in confined spaces. The formulation ensures that while the chemical composition of the fume is altered for safety, the mechanical properties of the deposited weld metal remain robust and reliable. It offers excellent impact toughness and tensile strength consistent with the E71T-1M classification, proving that safety improvements do not require a compromise in weld integrity or structural performance.