
Keep your ESAB Gun Master 250 MIG gun running smoothly with the genuine ESAB 15X35 replacement nozzle. As every welder knows, the condition of your nozzle directly impacts the quality of your weld. A worn or clogged nozzle can lead to turbulent gas flow, porosity, and frustrating spatter buildup. The 15X35 is designed to restore your torch's performance to factory specifications, giving you the clean, laminar gas flow you need for beautiful beads.
This nozzle features a 1/2-inch bore, which is a great "all-around" size for most wire diameters and amperages used with the Gun Master 250. Whether you are welding thin gauge sheet metal or heavier structural steel, this bore size ensures your shielding gas—be it Argon/CO2 mix or straight CO2—covers the weld zone effectively. The flush tip design is a favorite among many operators because it offers a great compromise between stick-out and visibility. Unlike a recessed tip, a flush tip makes it easier to see exactly where your wire is feeding into the joint, which is crucial for following complex paths or welding in corners.
Durability is built right in. The heavy-duty copper construction handles the heat of high-amperage welding without deforming. Plus, the self-insulated body means you don't have to worry about arcing out if you accidentally bump the nozzle against the table or the part you're welding. This feature not only protects your workpiece from arc marks but also protects your machine's internal components from short-circuit damage.
Swapping out your nozzle is quick and easy, allowing you to get back under the hood faster. If you are experiencing inconsistent gas coverage or your current nozzle is battered and spatter-filled, upgrading to a fresh ESAB 15X35 is one of the cheapest and most effective ways to improve your welding experience immediately.
| Additional Information |
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| Brand:ESAB |
| Packaging Description:1 Per Ea |
| Bore Size:1/2 inch |
| Tip Relationship:Flush |
| Compatible Series:Gun Master 250 |
| Insulation Type:Self-Insulated |
| Material:Copper Alloy |
| Process:MIG (GMAW) |