S651343-002 - Hobart SubCOR 92-S 1/8" Metal-Cored SAW Wire - 60lb Coil

Maximize Deposition with SubCOR 92-S Metal-Cored SAW Wire

For professional welders and fabricators tackling high-strength steel projects, the Hobart SubCOR 92-S 1/8" wire is a game-changer in the submerged arc welding (SAW) category. Unlike standard solid wires, this metal-cored composite electrode is designed to maximize your deposition rates, allowing you to lay down more metal in less time without sacrificing quality. If you are welding on high-strength low-alloy (HSLA) steels and need to hit tensile strengths above 80 ksi, this is the wire that delivers the results you need.

The SubCOR 92-S is engineered for smooth feedability and excellent arc stability. The metal-cored design not only increases current density for deeper penetration but also helps in achieving a wider, flatter bead profile that ties in smoothly at the toes. This is critical for fatigue resistance in dynamic structures like wind towers and heavy equipment frames. The 60lb coil packaging ensures you have ample material for long runs, reducing changeover downtime and keeping your arc on time high.

Compatibility is key in SAW processes, and the SubCOR 92-S is formulated to work seamlessly with recommended Hobart fluxes to produce slag that releases easily, revealing a clean, sound weld. Whether you are running single passes on thinner sections or stacking multiple passes on thick plate, this wire maintains consistent chemistry (AWS A5.23 M1) to ensure every weld meets code requirements. Upgrade your sub-arc setup with SubCOR 92-S and experience the difference in speed and weld quality.

Technical Performance

• High Deposition: Metal-cored construction allows for faster travel speeds and higher deposition rates compared to solid wire.
• Deep Penetration: Achieves superior root fusion, essential for critical structural welds.
• Versatile Passes: Excellent performance on both single and multi-pass weldments.
• Consistent Chemistry: Manufactured to strict standards for reliable mechanical properties.