
For professional welders who demand reliability and consistency at the arc, the Lincoln Electric Magnum PRO 350A Gas Nozzle (KP2742-2-62S-B25) delivers exactly what you need to keep the bead rolling. This nozzle is part of the renowned Magnum PRO line, known for keeping your torch front-end cooler and lasting longer than standard consumables. When you are running long beads at 350 amps, heat buildup is the enemy. These nozzles are designed to handle that heat, preventing the premature failure that causes downtime and frustration in the booth.
The slip-on design is a favorite among operators for its simplicity and speed. There are no threads to seize up with spatter or cross-thread when you are in a hurry. You simply slide the nozzle on and off the diffuser, making it incredibly easy to clean out spatter buildup or swap out a contact tip mid-shift. The secure fit ensures the nozzle stays in place, but it comes off when you need it to. This specific model features a 1/8-inch stickout, which means the contact tip is recessed slightly inside the nozzle. This is ideal for many general welding applications as it helps protect the tip from spatter and accidental arcing against the workpiece while still allowing good visibility of the puddle.
With a 5/8-inch bore, you get excellent gas coverage over the weld zone, reducing the risk of porosity in your welds. Whether you are fabricating structural steel, working on heavy equipment, or running production parts, consistent gas flow is key to a quality finish. This 25-pack ensures that your shop is stocked up, so you aren't scrambling for a fresh nozzle when it matters most. Trust Lincoln Electric's engineering to provide the durability and performance required for professional industrial welding.
| Additional Information |
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| Brand:Lincoln Electric |
| Amperage:350 |
| Packaging Description:25 Per Ea |
| Product Type:Gas Nozzle |
| Series:Magnum PRO |
| Connection Type:Slip-on |
| Bore Diameter:5/8 in (15.9 mm) |
| Stickout:1/8 in (3.2 mm) |
| Material:Copper |
| Compatible Process:MIG/MAG, FCAW-G |