S281419-002 - Hobart FabCOR 80N2 1/16" Metal-Cored Wire, 60 lb Coil

Hobart FabCOR 80N2 Metal-Cored Wire Overview

The Hobart FabCOR 80N2 is a premium metal-cored arc welding wire designed to meet the rigorous demands of heavy industrial fabrication. This 1/16-inch diameter wire, supplied in a substantial 60 lb coil, is engineered to deliver exceptional mechanical properties, specifically targeting applications that require high Charpy V-Notch (CVN) impact values at sub-zero temperatures. With an AWS classification of E80C-Ni2, this filler metal deposits a low-alloy steel composition containing approximately 1% nickel, which is critical for maintaining toughness and ductility in harsh, cold environments often found in offshore and northern climate operations.

Metal-cored wires like the FabCOR 80N2 offer significant productivity advantages over traditional solid wires. The composite metal core allows for higher current densities, resulting in faster travel speeds and increased deposition rates. This efficiency translates directly to reduced labor costs and shorter project timelines. Furthermore, the FabCOR 80N2 is formulated to operate with mixed shielding gases, specifically 85-90% Argon/Balance CO2 or 95-99% Argon/Balance Oxygen mixtures. This versatility allows fabricators to optimize the arc characteristics for their specific setup, achieving a smooth, stable arc with minimal spatter and virtually no slag to clean up between passes.

Ideally suited for single or multiple pass applications in the flat and horizontal positions, this wire excels in industries where structural integrity is paramount. The 60 lb coil packaging ensures longer run times between changeovers, maximizing arc-on time for automated or high-volume manual welding stations. Whether used for structural steel, heavy equipment manufacturing, or critical pipeline components, the Hobart FabCOR 80N2 provides the reliability and performance professional fabricators trust.

Key Industrial Benefits

• Low-Temperature Toughness: Meets strict impact requirements at temperatures as low as -40°F (-40°C).
• High Productivity: Offers higher deposition rates and travel speeds compared to solid ER80S-Ni1 wires.
• Clean Welds: Produces minimal spatter and slag, reducing post-weld cleaning time and abrasive usage.
• Consistent Chemistry: Precision manufacturing ensures consistent wire feeding and weld metal composition.