Skip to Main Content

KP3800-1/4 - Lincoln CarbonElite 1/4-Inch Pointed Gouging Carbons (50-Pack)

Packaging: 50 Per Ea
$1.24/EA $39.00/50 Per Ea only $0.78/EASave 37%

Usually ships within 3-5 business days

OVERVIEW

High-Efficiency Metal Removal with Lincoln CarbonElite

The Lincoln Electric KP3800-1/4 CarbonElite Pointed Gouging Electrodes are engineered to meet the rigorous demands of industrial metal removal and surface preparation. Designed for professionals in heavy fabrication, mining, and construction, these electrodes utilize a proprietary carbon composition that balances high removal rates with controlled consumption. The 1/4-inch diameter and 12-inch length make them a standard choice for a wide variety of gouging torches and applications. Sold in a convenient package of 50, these electrodes provide the inventory stability needed for high-volume operations.

One of the primary advantages of the CarbonElite series is its optimized melt-off rate. In industrial environments, consumable efficiency translates directly to cost savings. These electrodes are formulated to maintain their integrity under high amperage, resisting the rapid degradation that can occur with inferior carbon blends. The result is a longer-lasting rod that requires fewer changes, thereby increasing arc-on time and overall productivity. Furthermore, the high-density structure of the carbon minimizes the risk of thermal shock, reducing the likelihood of the electrode cracking or breaking during operation.

The copper coating on the KP3800-1/4 plays a critical role in performance. This dense layer ensures excellent electrical conductivity, allowing for efficient energy transfer from the power source to the workpiece. This efficiency not only stabilizes the arc but also helps in generating less excess heat within the electrode itself. By keeping the heat focused on the arc and the metal being removed, the CarbonElite electrodes help protect the base material from unnecessary thermal distortion. Whether used for backgouging welds to ensure full penetration or removing defective material, these pointed electrodes deliver reliable, professional results.

Industrial Applications

These electrodes are suitable for a vast array of industries, including shipbuilding, pressure vessel manufacturing, and general maintenance. Their versatility allows them to be used in manual, semi-automatic, and fully automatic gouging systems. By choosing Lincoln Electric's CarbonElite, facilities ensure they are using consumables that meet high standards of quality and consistency, essential for maintaining project timelines and weld quality.

Additional Information
Brand:Lincoln Electric
Packaging Description:50 PER EA
Diameter:1/4"
Length:12 in
Electrode Type:Pointed
Material:Copper-Coated Carbon
Process:Carbon Arc Gouging (CAC)

INCLUDED

  • 50 x CarbonElite Pointed Gouging Electrodes (1/4" x 12")

APPLICATIONS

  • Construction and Field Erection
  • Mining Equipment Repair
  • Railroad Maintenance and Railcar Fabrication
  • Cross Country Pipeline and Offshore Rigs
  • Pressure Vessel and Tank Manufacturing
  • Heavy Fabrication and Structural Welding
  • Casting Repair and Foundry Work
  • Shipbuilding and Marine Repair
  • Automotive and Heavy Equipment Maintenance
  • Petrochemical and Power Generation Plants

FAQ

The Lincoln Electric KP3800-1/4 electrodes have a diameter of 1/4 inch (6.4 mm).

This product is sold as a package of 50 electrodes.

Each electrode is 12 inches long.

The dense copper coating improves electrical conductivity, enhances arc stability, and helps reduce heat generation within the electrode itself.

These are pointed electrodes, which are the most versatile type for general purpose gouging and groove creation.

Yes, CarbonElite electrodes are suitable for manual, semi-automatic, and automatic gouging applications.

They are effective on a wide range of metals including carbon steel, stainless steel, cast iron, and copper alloys.

Yes, the optimized composition and copper coating are designed to generate lower heat, which helps maintain an efficient melt-off rate and protects the base material.