KP26CT-62-R - Lincoln Electric Magnum 550 Gas Nozzle, 5/8 in, Coarse Thread

Genuine Lincoln Electric Consumables for Magnum 550

The Lincoln Electric KP26CT-62-R Gas Nozzle is a critical component designed specifically for the heavy-duty Magnum® 550 Series MIG guns. When it comes to industrial welding, using genuine manufacturer consumables is essential for maintaining the performance and longevity of your equipment. This nozzle features a 0.62-inch (5/8 inch) inner diameter, which is a standard size for general fabrication and structural welding, providing a balanced shield of gas around the weld pool.

One of the standout features of this nozzle is its coarse thread design. In high-amperage welding environments, fine threads can often become damaged or seized due to thermal expansion and spatter accumulation. The coarse threads on the KP26CT-62-R are engineered to withstand these harsh conditions, allowing for easier removal and replacement during routine maintenance. This simple yet effective design choice helps reduce downtime on the shop floor, ensuring your welders spend more time welding and less time struggling with stuck consumables.

Constructed from high-quality copper alloy, this nozzle is built to handle the intense heat generated by 550A welding procedures. It effectively dissipates heat, protecting the front-end consumables and the gun neck. Whether you are working in a production line, a heavy equipment repair shop, or a structural steel yard, relying on Lincoln Electric's precision engineering ensures consistent gas flow and weld quality. Josef Gas provides this nozzle individually, allowing you to stock exactly what you need for your specific operations.

Proper gas coverage is the key to preventing porosity and ensuring strong, clean welds. By replacing worn or damaged nozzles with the KP26CT-62-R, you restore the optimal gas flow characteristics of your Magnum gun. Trust in the durability and fitment of genuine Lincoln Electric parts to keep your welding operations running smoothly and efficiently.