Skip to Main Content

0559210103 - ESAB 50A Plasma Electrode for Stainless and Aluminum Cutting

Packaging: pack of 1
$63.31/EA $43.47/pack of 1 only $43.47/EASave 31%

Usually ships within 3-5 business days

SKU: ESB0559210103 Categories: ,

OVERVIEW

High-Performance ESAB Plasma Consumables for Industrial Applications

The ESAB 0559210103 Electrode is a specialized plasma cutting consumable designed to meet the rigorous demands of industrial fabrication. Engineered specifically for operation at 50 Amps, this electrode is optimized for processing non-ferrous metals, particularly Stainless Steel and Aluminum. In precision plasma cutting environments, the quality of the electrode is paramount to maintaining arc stability, cut angularity, and overall edge quality. ESAB, a global leader in welding and cutting technologies, manufactures this component to exact tolerances, ensuring seamless integration with compatible torch systems.

Using genuine OEM parts like the 0559210103 is critical for maintaining the validity of equipment warranties and ensuring the longevity of the torch head itself. Generic or ill-fitting consumables can lead to coolant leaks, arcing inside the torch body, or premature failure of the swirl ring and nozzle. This specific electrode features advanced insert materials capable of withstanding the high energy density required to sever oxide-forming metals like aluminum, providing a consistent cut without excessive dross buildup.

Industrial maintenance and repair operations (MRO) rely on consistent consumable performance to predict downtime and schedule maintenance. This ESAB electrode offers predictable wear rates, allowing operators to plan changes effectively rather than reacting to mid-cut failures. Whether utilized in automated gantry systems or manual cutting scenarios, this 50A electrode delivers the reliability professional fabricators expect from the ESAB brand.

Technical Specifications and Usage

Designed for the specific gas mixtures often used with stainless and aluminum (such as Nitrogen or H35 mixtures depending on the specific setup), this electrode ensures the plasma gas is ionized efficiently. Proper installation is key; operators should always inspect the O-rings and seating surfaces when replacing the electrode to prevent gas leakage which can degrade cut quality. This part is an essential stock item for any shop processing significant volumes of stainless steel or aluminum plate.

Additional Information
packaging-description:pack of 1
----- new values below ----
Consumable Type:Electrode
Process:Plasma Cutting
Compatible Materials:Stainless Steel, Aluminum
Gas Type:N2/H35
Brand:ESAB
Amps:50
Packaging Description:1 Per Ea

INCLUDED

  • 1 x ESAB 50A Plasma Electrode (SS/AL)

APPLICATIONS

  • Plasma cutting of Stainless Steel plates and sheets
  • Fabrication of Aluminum components and structures
  • Industrial manufacturing and assembly
  • Automotive repair and customization
  • Food and beverage equipment fabrication (Stainless Steel)
  • Marine applications involving aluminum hulls or fittings

FAQ

This electrode is rated for 50 Amps.

It is specifically designed for cutting Stainless Steel and Aluminum.

Yes, this is a genuine OEM part manufactured by ESAB.

Replace the electrode when the center insert (pit) exceeds the manufacturer's recommended depth (usually around 1/16" to 3/32") or if the arc becomes unstable and cut quality degrades.

While it may physically function, it is optimized for Stainless Steel and Aluminum. Using it on mild steel might not yield optimal life or cut quality compared to electrodes designed for mild steel.

Typically, electrodes are sold as the metal component itself. Check the specific packaging, but often O-rings or lubricants are sold separately or included in maintenance kits.

Different materials and gases require different electrode insert materials and geometries to handle the specific thermal properties and oxidation behaviors of the metal being cut.

A worn electrode can cause the plasma arc to drift, damaging the nozzle and potentially burning out the torch head. It also results in poor cut quality and excessive dross.