S292119-002 - Hobart FabCO Element 71T1C Low Manganese Flux-Cored Wire 1/16" 60lb Coil

High-Performance Low-Manganese Welding Wire

Welders seeking a balance between superior arc characteristics and improved workshop safety will find the Hobart FabCO Element 71T1C to be an exceptional solution. This gas-shielded flux-cored wire is part of Hobart's innovative Element family, specifically developed to tackle the challenge of manganese fume generation. With a 1/16-inch diameter and packaged in a 60lb coil, this wire is optimized for heavy-duty fabrication tasks where deposition rates and duty cycles are high. The wire is classified as E71T-1C, indicating it is designed for use with 100% CO2 shielding gas, providing deep penetration and robust mechanical properties suitable for structural steel applications.

One of the standout features of the FabCO Element 71T1C is its operator appeal. Despite its modified chemical composition for lower emissions, it retains the smooth playability that Hobart wires are known for. Welders will appreciate the excellent puddle control and the wire's ability to perform exceptionally well in out-of-position welding, including vertical-up and overhead. The slag system is designed for easy removal, which speeds up multi-pass welding operations and reduces downtime. Furthermore, the wire produces low diffusible hydrogen levels, which is essential for preventing cold cracking in thick sections or restrained joints commonly found in heavy equipment and ship structures.

The significant reduction in manganese fumes—up to 80% less than standard wires—means a cleaner breathing zone for the welder. While proper ventilation and PPE are always required, using a low-emission source wire adds a significant layer of protection against long-term health risks associated with metal fume exposure. This makes the FabCO Element 71T1C particularly valuable for work in confined spaces or areas with limited airflow. By choosing this wire, you are investing in a product that delivers the mechanical strength required for the job while actively contributing to a safer and more compliant welding environment.