S614343-084 - Hobart Tube-Alloy 242-S MOD 1/8" Hardfacing SAW Wire 600lb Drum

Industrial Grade Hardfacing Solution

The Hobart Tube-Alloy 242-S MOD is a premium 1/8-inch submerged arc welding wire designed for heavy-duty hardfacing applications. Engineered to deliver a low-alloy, medium-hardness martensitic deposit, this consumable is the ideal choice for industries requiring a balance between abrasion resistance and machinability. The wire is formulated to produce consistent, high-quality overlays that restore worn components to their original dimensions or enhance the surface properties of new parts. Its specialized composition ensures that the deposited metal maintains structural integrity even under significant mechanical stress, making it a staple in the maintenance and repair operations of the construction and mining sectors.

Technically, the Tube-Alloy 242-S MOD excels in providing high deposition rates, which translates to increased productivity and reduced downtime during critical repair cycles. The submerged arc process allows for deep penetration and smooth bead profiles, minimizing the need for extensive post-weld grinding. This wire is capable of producing crack-free and porosity-free deposits, a critical requirement for structural components subjected to heavy loads. It is specifically recommended for single and multiple-layer overlays, with a maximum build-up of four layers, ensuring optimal hardness and toughness without compromising the base metal's properties.

The 600 lb Auto Pak packaging is designed for high-volume automated welding environments, reducing changeover frequency and maximizing arc-on time. This bulk packaging solution protects the wire from environmental contaminants, ensuring consistent feedability and arc stability. The 242-S MOD is particularly effective for rebuilding crane wheels, tractor idlers, and rollers, where the surface must withstand metal-to-metal wear while remaining machinable for precise dimensional restoration. By utilizing this advanced hardfacing wire, facilities can significantly extend the service life of their heavy equipment, optimizing operational costs and asset longevity.