KP3800-5/16 - Lincoln Electric CarbonElite Pointed Gouging Electrodes 5/16 Inch x 12 Inch (50 Pack)

High-Efficiency Metal Removal for Industrial Fabrication

The Lincoln Electric CarbonElite Pointed Gouging Electrodes (5/16" x 12") are engineered to meet the rigorous demands of heavy industrial metal removal and surface preparation. Designed for procurement managers and facility supervisors who prioritize operational efficiency and cost control, these electrodes utilize a proprietary composition that optimizes the melt-off rate. By balancing material consumption with removal speed, the CarbonElite series helps facilities manage consumable usage more effectively, reducing the frequency of changeovers and minimizing downtime in high-volume gouging operations.

Thermal management is a critical factor in carbon arc gouging efficiency. These electrodes are formulated to generate lower heat during operation compared to standard alternatives. Excessive heat generation often leads to inefficient melt-off and wasted energy; by mitigating this, the CarbonElite electrodes ensure that energy is directed primarily toward metal removal. This thermal efficiency, combined with a dense copper coating, provides consistent conductivity, ensuring that the arc remains stable throughout the length of the rod. This stability is essential for automated or semi-automatic applications where precision and uniformity are required to maintain production schedules.

Durability is another key advantage of the CarbonElite line. The high-density formula imparts elevated mechanical strength to the electrode, significantly reducing the risk of cracking or breaking under the mechanical stress of the air blast or accidental impact. This structural integrity is particularly beneficial in rugged environments such as mining, shipbuilding, and offshore construction. Packaged in quantities of 50, these 5/16-inch pointed electrodes offer a versatile solution for backgouging, weld defect removal, and joint preparation across a multitude of base materials, including stainless steel, carbon steel, and other alloys found in complex fabrication projects.