S651329-002 - Hobart SubCOR 92-S 3/32" Metal-Cored SAW Wire, 60lb Coil

High-Performance Submerged Arc Welding Wire

The Hobart SubCOR 92-S is a premium low-alloy composite metal-cored wire electrode specifically engineered for submerged arc welding (SAW) in demanding industrial environments. Designed to meet the rigorous AWS A5.23 chemistry M1 standards, this wire is the go-to solution for fabricators requiring exceptional mechanical properties and reliability. With a diameter of 3/32 inches and packaged in a substantial 60lb coil, it is optimized for continuous, high-volume welding operations where downtime must be minimized.

One of the defining characteristics of the SubCOR 92-S is its ability to deliver tensile strength levels exceeding 80 ksi. This makes it uniquely suited for critical applications where structural integrity is paramount. Unlike standard solid wires, the metal-cored design of the SubCOR 92-S often allows for higher deposition rates and improved travel speeds, translating to greater productivity in the shop. It is formulated to perform flawlessly in both single and multiple pass welding scenarios, providing versatility across a range of joint configurations and material thicknesses.

This electrode is particularly effective when paired with recommended submerged arc fluxes, creating a stable arc and a clean, high-quality weld deposit. It is extensively used in the fabrication of high-strength low-alloy (HSLA) steels found in heavy infrastructure. Common use cases include the manufacturing of wind towers, where weld strength and fatigue resistance are critical, as well as in shipbuilding for panel lines and offshore platform construction. The SubCOR 92-S ensures that heavy equipment components and structural bridge elements meet the necessary safety and performance specifications.

By choosing Hobart SubCOR 92-S, industrial procurement specialists ensure their operations are stocked with a consumable that balances high-performance metallurgy with operational efficiency. Its consistent chemistry and diameter control reduce troubleshooting time and enhance the overall quality assurance of the welding process.