Skip to Main Content
Canadian
Canadian owned and operated

430-420234 - Hypertherm 420234 XPR 50A Mild Steel Plasma Nozzle

Packaging: 5 per pak
$73.33/ea $251.05/5 per pak only $50.21/eaSave 32%

Usually ships within 3-5 business days

OVERVIEW

Reliable Cuts for Mild Steel Fabrication

When you are running a high-production plasma table, downtime is the enemy. The Hypertherm 420234 Nozzle is built to keep your XPR170 or XPR300 system running smoothly when cutting mild steel at 50 Amps. As any experienced operator knows, the nozzle is the business end of the torch—it shapes the arc and determines the quality of the cut. This genuine Hypertherm nozzle is designed to deliver clean, dross-free cuts that drop right off the table ready for welding or assembly, saving you time on cleanup and grinding.

This 50A nozzle is specifically tuned for mild steel applications. Whether you are cutting gauge material or plate within the 50A range, this consumable ensures a stable arc that penetrates quickly and cuts cleanly. One of the biggest advantages of using genuine Hypertherm parts on your XPR system is the consistency. You don't have to constantly tweak your gas settings or height controls to compensate for irregular wear. The 420234 wears evenly, giving you a predictable lifespan so you can plan your change-outs during scheduled breaks rather than stopping in the middle of a nest.

Installation is straightforward, fitting perfectly into the XPR torch assembly. The precise machining ensures a tight seal and proper alignment with the electrode and shield, which is vital for preventing coolant leaks or gas flow issues. Using the correct nozzle for your amperage and material is Safety and Quality 101 in plasma cutting. Attempting to use a higher amperage nozzle for lower amp work, or vice versa, results in poor arc quality and rapid part failure. This 420234 unit is the exact match for your 50A mild steel settings, ensuring you get the performance you paid for when you invested in an XPR system.

Durability is key in a shop environment. The copper alloy construction of the 420234 is robust, resisting the heat and spatter inherent in the cutting process. While all nozzles eventually wear out as the orifice widens and loses its roundness, Hypertherm's engineering ensures this happens gradually and predictably. This means you maintain good edge quality for longer. Keep a stock of these 420234 nozzles on hand to ensure your mild steel production line never skips a beat. It’s the smart choice for fabricators who demand professional results and reliable equipment uptime.

Additional Information
Brand:Hypertherm
Item:Nozzle Tip
Amperage:50
Compatible Material:Mild Steel
System Compatibility:XPR170, XPR300
Process:Plasma Cutting
Technology:X-Definition
Packaging Description:5 per pak

INCLUDED

  • 1 x Hypertherm 420234 Nozzle (50A Mild Steel)

APPLICATIONS

  • High-precision automated plasma cutting of mild steel
  • HVAC ductwork and bracket manufacturing
  • Automotive and transportation parts fabrication
  • General industrial fabrication requiring tight tolerances
  • Structural steel component cutting at lower amperages

FAQ

The 420234 nozzle is compatible with Hypertherm XPR170 and XPR300 plasma cutting systems.

This nozzle is rated for 50 Amps.

This nozzle is specifically designed for cutting Mild Steel.

Replace the nozzle when the orifice becomes out-of-round, gouged, or significantly enlarged, which will cause cut quality to deteriorate (e.g., increased bevel or dross).

No, this specific part number (420234) is optimized for Mild Steel. You should use the appropriate nozzle part numbers designed for stainless or aluminum for best results.

Yes, this is a genuine Hypertherm manufactured consumable, ensuring full compatibility and performance with XPR systems.

Yes, XPR consumables are designed to work as a stack. You must use the compatible shield and electrode for the 50A Mild Steel process.

X-Definition technology allows for squarer cut edges, less dross, and higher precision, often comparable to laser cutting on thinner materials.