
Maximize the performance of your industrial plasma cutting operations with the Hypertherm 420246 Shield Assembly. Designed specifically for use with the advanced XPR170 and XPR300 plasma cutting systems, this component is engineered to handle 80 Amp cutting processes with exceptional precision. As an OEM (Original Equipment Manufacturer) part, it guarantees seamless compatibility and restores your torch to factory-standard performance levels.
The shield assembly plays a pivotal role in the plasma cutting process. It serves as the front-line defense for your torch's consumables, protecting the delicate nozzle from molten metal spatter and reflected heat during operation. By maintaining a physical barrier and directing the flow of shield gas, it prevents double-arcing and ensures the plasma arc remains stable and focused. This is particularly important in high-definition cutting applications where edge angularity and surface finish are critical quality metrics.
At Josef Gas, we understand that downtime is costly in industrial environments. Using genuine Hypertherm consumables like the 420246 shield ensures that your XPR system operates at peak efficiency, reducing the frequency of consumable changes and troubleshooting. Whether you are cutting mild steel, stainless steel, or aluminum, this 80A shield is optimized to deliver consistent results. Trust in the reliability of Hypertherm engineering to keep your production lines moving smoothly.
Choosing genuine Hypertherm parts over aftermarket alternatives protects your investment in XPR technology. The 420246 shield is manufactured to tight tolerances, ensuring proper gas dynamics and electrical isolation. This attention to detail results in cleaner cuts, less dross, and longer life for surrounding consumables, ultimately lowering your operating costs per foot of cut.
| Additional Information |
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| Packaging Description:1 of each, pack of 1 |
| Amps:80 |
| Weld Process:Plasma |
| Compatible Models:XPR170, XPR300 |
| Part Number:420246 |
| Consumable Type:Shield Assembly |
| Process Type:Mechanized Plasma Cutting |