22033003C - Arcair CutSkill 3/16" x 12" Copperclad Pointed Gouging Carbons (50-Pack)

Industrial Grade Metal Removal with Arcair CutSkill

The Arcair CutSkill Copperclad DC Carbon Electrodes are the industry standard for efficient and precise metal removal. Designed for the Air Carbon-Arc Gouging (CAC-A) process, these 3/16-inch diameter rods are engineered to melt metal using an intense electric arc while a stream of compressed air blows the molten material away. This 50-pack of pointed electrodes (SKU 22033003C) provides a reliable supply for maintenance, repair, and fabrication shops dealing with heavy-duty weld removal and surface preparation.

Manufactured with a precise blend of carbon and graphite, CutSkill electrodes offer superior metal removal rates compared to traditional grinding or chipping methods. The copper coating on each rod serves a dual purpose: it enhances electrical conductivity for a stable, consistent arc, and it helps keep the electrode cooler during operation. This results in a more controlled gouging process, allowing operators to create clean U-grooves for weld joints or effectively gouge out cracks in castings without overheating the base material.

These electrodes are specifically designed for Direct Current (DC) applications operating on DCEP (Reverse Polarity). With an optimal amperage range of 200 to 250 Amps, they are compatible with most standard industrial welding power sources capable of carbon arc gouging. Whether you are cleaning castings, removing hard surface material, or preparing plate edges for welding, the Arcair CutSkill line delivers the performance required for demanding industrial environments.

Key Applications

These electrodes are versatile tools in any metalworking facility. They excel in applications where speed and depth control are critical. Common uses include removing temporary weld tabs, washing off rivets, and scarfing billets. The pointed tip design allows for easy arc starting and fine control at the beginning of a groove, making them suitable for both rough machining and detailed repair work.