KP4482-035 - Lincoln Electric Hyperfill .035 Contact Tip for Magnum PRO Guns

Revolutionize Your Welding with Lincoln Hyperfill Technology

The Lincoln Electric KP4482-035 Hyperfill Contact Tip is a groundbreaking consumable designed to transform the productivity of your heavy fabrication operations. Engineered exclusively for the Hyperfill™ process, this contact tip allows you to run two .035-inch wires simultaneously through a single tip. This innovative approach creates a single, wider arc cone that delivers the deposition rates of larger diameter wires without the associated puddle instability or operator difficulty.

At Josef Gas, we understand that efficiency is critical in industrial environments. The Hyperfill system, utilizing the KP4482-035 tip, enables welders to achieve deposition rates exceeding 18 pounds per hour. This is a significant leap forward compared to standard single-wire MIG processes. Despite the high output, the system remains easy to control, making it accessible for operators who are already familiar with standard GMAW procedures. The result is a drastic reduction in welding time for heavy structural steel, pressure vessels, and other thick-plate applications.

One of the standout features of this contact tip is its Camlock design. Traditional threaded tips can cause twin wires to twist around each other as the tip is tightened, leading to feeding issues and unstable arcs. The KP4482-035 eliminates this problem by locking into the diffuser without rotation. This ensures that the two wires remain perfectly aligned and parallel as they exit the gun, maintaining the integrity of the Hyperfill arc. Compatible with Lincoln Magnum® PRO welding guns, this tip is an essential component for any shop looking to leverage the power of Hyperfill technology.

Whether you are welding heavy machinery or structural beams, the Lincoln KP4482-035 provides the reliability and performance needed to meet tight production schedules. Its robust construction ensures a long service life even under the high-heat conditions of high-deposition welding.