S294712-029 - Hobart Fabco Element 71M 0.045" Low Manganese Flux-Cored Wire 33lb Spool

Compliance-Focused Low Manganese Welding Wire

The Hobart Fabco Element 71M .045" is a premium gas-shielded flux-cored wire specifically engineered to address the growing industrial concern regarding manganese exposure in the workplace. As regulatory bodies like OSHA, NIOSH, and ACGIH tighten recommendations and requirements for manganese (Mn) limits, the Fabco Element 71M provides a proactive solution. This wire is formulated to produce 60% to 80% less manganese in the weld fume compared to traditional E71T-1M products, making it an essential choice for safety-conscious fabrication shops, confined space welding, and high-volume manufacturing environments where air quality is paramount.

Beyond its safety benefits, the Fabco Element 71M delivers the industrial-grade performance expected from Hobart. It features very low diffusible hydrogen levels (H4), minimizing the risk of hydrogen-induced cracking in critical structural applications. The wire is packaged in a standard 33lb spool, compatible with most industrial wire feeders. By choosing this consumable, facility managers and safety officers can significantly reduce the burden on fume extraction systems and personal protective equipment, while ensuring compliance with environmental health standards.

This wire is designed for use with mixed shielding gas (75% Argon / 25% CO2), which supports its smooth arc characteristics and low spatter generation. It is an all-position wire, making it versatile for complex assemblies in shipbuilding, railcar construction, and heavy equipment manufacturing. The Fabco Element 71M proves that you do not need to compromise on mechanical properties or productivity to achieve a safer working environment.

Key Industrial Benefits

• Regulatory Compliance: Assists in meeting strict OSHA manganese exposure limits.
• Safety: Drastically reduces metallic fumes in the breathing zone.
• Quality: Maintains high impact toughness and low hydrogen weld deposits.