Skip to Main Content

47164000 - Arcair 1-Inch x 17-Inch DC Copperclad Carbon Gouging Electrode

Packaging: pack of 1
$300.67/EA $192.17/pack of 1 only $192.17/EASave 36%

Usually ships within 3-5 business days

OVERVIEW

Heavy-Duty Metal Removal Solutions

The Arcair 47164000 1 x 17 Carbon Rod represents the pinnacle of heavy-duty air carbon arc gouging consumables. Designed specifically for industrial environments where rapid metal removal is critical, such as foundries, steel mills, and shipyards, this electrode is engineered to withstand extreme amperages while delivering consistent performance. The 1-inch diameter provides the necessary mass and surface area to create substantial grooves, effectively removing defects, risers, and excess material from large castings and fabrications with efficiency and precision.

Manufactured with a precise blend of carbon and graphite, this rod is coated with a controlled layer of copper. This copper cladding serves a dual purpose: it significantly enhances electrical conductivity, ensuring that energy is efficiently transferred from the power source to the work piece, and it helps maintain the structural integrity of the rod during operation. By reducing electrical resistance, the coating minimizes heat buildup within the rod itself, directing the energy into the arc where it is needed most. This results in a cleaner, more stable arc that melts base metal rapidly, which is then blown away by the compressed air stream.

The 17-inch length of the Arcair 47164000 is optimized for continuous operation in demanding settings. It reduces the frequency of rod changes, thereby increasing operator uptime and overall throughput. Whether used for pad washing, scarfing, or deep gouging, this product delivers the reliability required by maintenance, repair, and operations (MRO) professionals. Its uniform density prevents uneven burning and ensures that the groove geometry remains consistent throughout the length of the rod. For procurement managers seeking to optimize their consumable inventory for heavy fabrication tasks, the Arcair 1x17 Carbon Rod offers a balance of performance and durability that translates directly to operational cost savings.

Compatibility is key in industrial settings, and this rod is designed to function seamlessly with standard heavy-duty gouging torches capable of accepting 1-inch electrodes. It is suitable for use on a variety of metals, including carbon steel, stainless steel, and various alloys, making it a versatile addition to any heavy industrial supply crib.

Additional Information
Brand:Arcair
Packaging Description:1 Per Ea
Diameter:1"
Length:17 in
Material:Copper-Clad Graphite
Process:Carbon Arc Gouging (CAC)
Current Type:DC

INCLUDED

  • 1 x Arcair 1" x 17" Carbon Gouging Rod

APPLICATIONS

  • Foundry casting finishing and pad washing
  • Heavy equipment repair and maintenance
  • Shipyard fabrication and hull repair
  • Structural steel defect removal
  • Pressure vessel weld preparation
  • Railroad maintenance

FAQ

A 1-inch carbon rod is primarily used for heavy-duty air carbon arc gouging, such as removing large amounts of metal in foundries, scarfing billets, or preparing heavy plate for welding.

Yes, you must use a heavy-duty gouging torch that is rated for the high amperage required by a 1-inch electrode and has a jaw capacity to accept this diameter.

Yes, this rod features a copper coating which improves electrical conductivity and helps maintain rod integrity during high-heat operation.

You need a DC welding power source with a high amperage output (typically Constant Current) and a compressed air supply to blow away the molten metal.

Yes, Arcair carbon rods can be used to gouge stainless steel, as well as carbon steel, cast iron, and copper alloys.

The rod is 17 inches long, which is a standard length for heavy-duty gouging carbons to allow for extended use between changes.

This specific SKU is listed as sold individually (1 per each), though they are often bulk packed in cartons for industrial use.

Carbon arc gouging is significantly faster than grinding for removing large amounts of metal and allows for better visibility and access to deep defects.