
For welders who spend their days clearing out old welds or prepping heavy plate, the quality of your gouging carbon makes all the difference. Lincoln Electric's CarbonElite Hollow Gouging Electrodes (KP3801-5/16) are built to tackle the toughest jobs with less hassle. The defining feature of this 50-pack is the hollow core design. By channeling the air stream and arc dynamics differently than solid rods, these hollow electrodes allow you to push the torch faster along the workpiece. You get the same deep, clean groove you expect, but you get to the end of the joint quicker, saving you time and reducing fatigue over long shifts.
Nothing is more frustrating than a carbon rod that snaps halfway through a pass or burns back unevenly, causing the arc to wander. Lincoln Electric has addressed these pain points with a high-density carbon formula that resists cracking and breaking. This durability is paired with a high-quality copper coating that does more than just look good—it ensures the current flows smoothly from the torch jaws to the tip. This stable conductivity means the arc stays focused and consistent, giving you a uniform groove profile that is easier to weld over later. You spend less time grinding out carbon deposits or uneven ridges and more time laying down new metal.
These 5/16-inch by 12-inch electrodes are versatile workhorses suitable for a wide range of industries, from railroad maintenance to heavy equipment repair. The 12-inch length provides a good balance between reach and control, while the standard diameter fits most heavy-duty gouging torches. Whether you are backgouging a full-penetration weld on a pipeline or stripping wear plates off a bucket, the CarbonElite hollow carbons help you keep the heat down and the productivity up. This 50-pack ensures you have plenty of stock on hand to keep the sparks flying and the work moving forward.
| Additional Information |
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| Brand:Lincoln Electric |
| Packaging Description:pack of 50 |
| Electrode Type:Hollow |
| Diameter:5/16" |
| Length:12 in |
| Material:Copper-Coated Carbon |
| Process:Carbon Arc Gouging (CAC) |