The Thermal Dynamics 21-1096 Electrode is a critical consumable designed for high-amperage plasma cutting systems. Specifically engineered to handle 200 Amps, this electrode is optimized for processing non-ferrous metals, including Stainless Steel and Aluminum. In industrial fabrication environments where precision and speed are paramount, using the correct consumable for the material type is essential to achieving high-quality results. This 5-pack of genuine Thermal Dynamics electrodes ensures that your operations continue running smoothly with minimal downtime for maintenance.
Plasma cutting relies on the electrode to conduct the current and emit the arc that generates the plasma stream. At 200 Amps, the thermal and electrical stresses on the consumable are significant. Thermal Dynamics has manufactured the 21-1096 with robust materials capable of withstanding these intense conditions while maintaining arc stability. This specific design for Stainless Steel and Aluminum helps prevent contamination and ensures a clean, smooth cut face, reducing the need for secondary grinding or finishing operations. Whether you are cutting thick aluminum plate or stainless steel sheets, these electrodes deliver the consistency required for professional results.
Josef Gas provides these genuine OEM parts to guarantee compatibility with your Thermal Dynamics equipment. Using non-genuine or incorrect amperage consumables can lead to poor cut quality, rapid part wear, and potential damage to the torch head. By choosing the 21-1096, you are investing in the longevity of your torch and the quality of your output. This pack contains five electrodes, allowing for efficient inventory management and ensuring you have replacements on hand during critical production runs.
Key Benefits for Industrial Users:
| Additional Information |
|---|
| Brand:Thermal Dynamics |
| Item:Electrode |
| Packaging Description:pack of 5 |
| Amperage Rating:200A |
| Application:Stainless Steel, Aluminum |
| Part Number:21-1096 |
| Product Type:Plasma Electrode |
