0558005200 - Esab PT-35 Plasma Electrode 50A (Pack of 2)

Precision Engineering for PT-35 Systems

The Esab 0558005200 Electrode is a critical consumable component engineered specifically for the PT-35 plasma cutting torch system. Operating at a rated current of 50 Amps, this electrode serves as the primary emission point for the plasma arc, facilitating the ionization of gas required to cut through conductive metals with speed and accuracy. Manufactured to Esab's rigorous OEM specifications, the electrode features a high-grade hafnium insert embedded within a copper body, a design chosen for its superior thermal conductivity and resistance to the extreme temperatures generated during the plasma cutting process.

Maintaining the integrity of the electrode is paramount for achieving high-quality cuts and prolonging the lifespan of the torch head. As the hafnium insert erodes during use, the arc focus can degrade, leading to bevelled cuts, excessive dross, and potential damage to the nozzle and shield cap. This pack contains two genuine Esab electrodes, ensuring operators have immediate replacements on hand to minimize downtime. The PT-35 torch is widely utilized in light to medium-duty fabrication, and using authentic Esab consumables guarantees that the gas flow dynamics and electrical connectivity remain within factory tolerances.

Installation is straightforward, requiring the removal of the retaining cap and nozzle to access the electrode seat. Proper seating is essential to ensure good electrical contact and efficient heat transfer to the torch body. Users are advised to inspect the electrode pit depth regularly; a pit depth exceeding approximately 1/32 inch (or 1mm) indicates that the component has reached the end of its service life and requires replacement. By adhering to these maintenance protocols and utilizing the 0558005200 electrode, fabricators can ensure consistent arc stability, clean kerf lines, and reliable ignition for every cut. This attention to consumable condition directly correlates to the efficiency of the plasma cutting operation and the quality of the finished workpiece.