KP24A-62-SS-B25 - Lincoln Electric KP24A-62-SS Slip-On MIG Nozzle, 5/8" Recessed (25-Pack)

Lincoln Electric KP24A-62-SS-B25: Bulk 5/8" Recessed MIG Nozzles

Maximize your welding efficiency with the Lincoln Electric KP24A-62-SS-B25 Gas Nozzle 25-Pack. Designed for the professional welder who demands consistency and quality, these nozzles are a staple for anyone operating Lincoln Magnum MIG guns. The "SS" designation indicates a slip-on style, which has become the industry standard for general fabrication due to its ease of maintenance and quick change-outs.

Why Choose a Recessed Nozzle?

The KP24A-62-SS features a recessed contact tip placement. This geometry is particularly advantageous for several reasons:

• Spatter Protection: The nozzle wall extends past the contact tip, acting as a shield against molten spatter. This prevents the spatter from bridging the gap between the tip and the nozzle, which can cause electrical shorts and ruin the consumable.
• Improved Access: The recess allows for a longer electrical stick-out (ESO), which can be beneficial when welding in tight corners or deep grooves where the nozzle might otherwise obstruct the view or contact the base metal.
• Heat Management: Keeping the tip recessed helps insulate it from the reflective heat of the weld pool, preventing the wire from fusing to the tip (burnback) during high-amperage operations.

Industrial Grade Specifications

With a 0.62-inch (15.7 mm) bore, this nozzle is sized for general-purpose welding, providing ample shielding gas coverage for short-circuit, globular, and spray transfer modes. The heavy-wall copper construction ensures excellent thermal conductivity, pulling heat away from the front end of the gun. This 25-pack bulk configuration is the most economical way to purchase these essential consumables, reducing the cost per unit and ensuring your tool crib is fully stocked for upcoming projects. Whether you are welding mild steel, stainless, or aluminum, relying on genuine Lincoln Electric parts ensures your equipment operates at peak parameters.