220742 - Hypertherm HPRXD Mild Steel Bevel Shield 80A-130A

Genuine Hypertherm 220742 Bevel Shield

Maximize the precision and efficiency of your plasma cutting operations with the genuine Hypertherm 220742 Shield. Designed for the serious fabricator, this shield is an essential component for anyone operating HyPerformance HPR130XD, HPR260XD, HPR400XD, or HPR800XD systems. When it comes to bevel cutting mild steel, accuracy is everything. This OEM shield is specifically engineered to handle the unique dynamics of beveling at 80 to 130 amps, ensuring that your cuts are clean, consistent, and true to spec every time.

Why choose genuine Hypertherm consumables? The answer lies in the technology. Hypertherm's patented designs are the result of decades of research into plasma physics. The 220742 shield features advanced gas flow geometry that helps stabilize the arc and protect the nozzle from the blowback of molten metal. This is particularly important during bevel cutting, where the torch is angled and more exposed to spatter. By using this authentic part, you are protecting your investment in your high-end machinery and avoiding the costly downtime associated with inferior aftermarket replacements.

This shield is built to last. Constructed from durable, high-quality copper, it resists heat buildup and wear, giving you more arc-on time and fewer changeovers. It is specifically calibrated for use with Oxygen plasma gas on mild steel, the preferred method for achieving structural-quality edges ready for welding. Whether you are cutting intricate parts or heavy plate, the 220742 shield delivers the reliability you need to keep your production schedule on track.

At Welders Supply, we understand that quality consumables are the lifeline of your business. That's why we stock genuine Hypertherm parts like the 220742. Don't let a worn or generic shield compromise your cut quality or damage your torch. Upgrade to the factory-specified standard and experience the difference in edge angularity and surface finish. Keep your HPRXD system running at peak performance with the shield designed by the people who built the machine.