6914B42 - ESAB Oxweld C-100-03 Heavy Duty Machine Torch 9ft

Extreme Capacity Industrial Cutting

The ESAB Oxweld C-100-03 Machine Cutting Torch (SKU: 6914B42) represents the pinnacle of heavy-duty cutting capabilities in the industrial sector. Designed for the most demanding environments, such as steel mills, foundries, and heavy fabrication yards, this torch is not your standard cutting tool. It is engineered to handle massive material thicknesses that standard torches simply cannot touch. With a cutting capacity ranging from 40 inches all the way up to 96 inches, the C-100 is the go-to solution for severing large ingots, risers, and heavy forgings.

This specific model is configured for use with medium-pressure alternate fuels, such as propane or natural gas, offering cost-efficiency and availability advantages over acetylene for massive heating and cutting operations. The torch utilizes special ball seat nozzles, a design choice that ensures superior seating of the tip within the torch head. This mechanical feature is critical when operating at the high pressures and temperatures required to cut nearly 8 feet of solid steel. The ball seat design minimizes the risk of leaks and flashbacks, providing a safer operating environment for machinery and personnel.

The "9FT" specification in this assembly ensures that the torch fits specific machine mounting requirements, providing the necessary reach and connection length for industrial gantries or track burners. When you invest in the Oxweld C-100 series, you are investing in a legacy of American industrial might, backed by ESAB's modern manufacturing standards. It is a specialized tool for specialized tasks, delivering reliability when the job involves moving mountains of metal.

Key Industrial Benefits

• Unmatched Thickness: Capable of cutting steel depths that virtually no other standard commercial torch can handle.
• Fuel Efficiency: Optimized for alternate fuels, reducing operational costs on large-scale cuts.
• Robust Design: Built to withstand the intense radiant heat generated during heavy-section cutting.