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22063003C - Arcair CutSkill 3/8" x 12" DC Copperclad Pointed Gouging Carbons (50-Pack)

Packaging: pack of 1
$86.66/PAK $53.78/pack of 1 only $53.78/PAKSave 38%

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OVERVIEW

Industrial Grade Metal Removal with Arcair CutSkill

For industrial maintenance, repair, and operations (MRO) environments requiring reliable and cost-effective metal removal solutions, the Arcair CutSkill Copperclad DC Pointed Gouging Electrodes are the industry standard. This 50-piece box of 3/8-inch by 12-inch carbons is engineered to deliver consistent performance in air carbon-arc gouging (CAC-A) processes. The CutSkill line is specifically formulated with a precise blend of carbon and graphite, ensuring that operators can achieve efficient metal removal rates without the premium price tag of specialized aerospace-grade carbons.

These electrodes feature a high-quality copper coating that serves multiple critical functions in heavy-duty applications. First, the copper cladding significantly improves electrical conductivity, allowing for efficient energy transfer from the power source to the workpiece. This is essential when operating within the recommended 450 to 600 Amp range, as it minimizes resistance heating within the rod itself. Second, the coating helps maintain the structural integrity of the electrode, preventing premature breakage and ensuring that the rod is consumed evenly during the gouging process. This results in less downtime for electrode changes and more arc-on time for your fabrication or demolition teams.

The 3/8-inch diameter is a versatile size, suitable for a wide array of tasks ranging from creating U-grooves for weld joint preparation to the rapid removal of old welds and cracks. In foundry settings, these pointed electrodes are indispensable for cleaning and repairing castings or removing hard surface materials. The uniform diameter ensures predictable groove dimensions, allowing for precise rough machining before final finishing. Designed for use with Direct Current Electrode Positive (DCEP) polarity, these electrodes provide the aggressive arc characteristics needed to blast away molten metal effectively when paired with an appropriate air stream.

Procurement managers will appreciate the value proposition of the CutSkill series. By balancing material quality with manufacturing efficiency, Arcair provides a consumable that meets the rigorous demands of structural steel fabrication, shipyards, and heavy equipment repair while keeping operational costs in check. Each box contains 50 electrodes, ensuring your tool crib remains stocked for substantial projects.

Additional Information
Packaging Description:50 PER EA, pack of 1
Diameter:3/8"
Length :12"
Amperage Range:450 - 600 Amps
Process:CAC-A (Air Carbon Arc Gouging)
Current Type:DC
Polarity:DCEP (Reverse Polarity)
----- new values below ----
Diameter:3/8"
Length:12"
Amperage Range:450 - 600 Amps
Process:CAC-A (Air Carbon-Arc Gouging)
Current Type:DC
Polarity:DCEP (Reverse Polarity)
Electrode Type:Pointed Copperclad
Packaging Description:50 PER EA
Brand:Arcair

INCLUDED

  • (50) 3/8" x 12" CutSkill DCCC Pointed Carbon Electrodes

APPLICATIONS

  • Creating U-grooves for weld joint preparation
  • Removing old or defective welds
  • Gouging out cracks in structural steel
  • Cleaning and repairing foundry castings
  • Removing hard surface material
  • Rough machining and metal removal

FAQ

The recommended operating range is 450 to 600 Amps.

These are designed for DC current usage.

They should be used with Direct Current Electrode Positive (DCEP), also known as Reverse Polarity.

This product (22063003C) comes in a box of 50 electrodes.

They are used for air carbon-arc gouging (CAC-A) to remove metal, create grooves, and prepare weld joints.

Yes, they are Copperclad to improve conductivity and maintain electrode coolness.

No, these are standard pointed electrodes, not jointed. They do not have a socket for connecting to another rod.

They are effective on ductile iron, cast iron, manganese steel, copper alloys, and nickel alloys, though they are most commonly used on carbon steels.