KP4482-040 - Lincoln Electric .040 Hyperfill Contact Tip (10-Pack)

Maximize Deposition with Lincoln Electric Hyperfill Contact Tips

The Lincoln Electric KP4482-040 Hyperfill Contact Tip is a specialized consumable designed exclusively for the revolutionary Hyperfill™ twin-wire MIG welding process. Sold in a convenient pack of 10, these contact tips are engineered to handle the unique demands of feeding two .040-inch wires simultaneously through a single nozzle. This innovative design allows welders to achieve higher deposition rates and larger weld puddles without the complexity of traditional tandem systems.

Manufactured to Lincoln Electric's exacting standards, the KP4482-040 ensures reliable electrical conductivity and thermal management. In high-production environments where downtime equals lost revenue, the durability of these tips stands out. The precision-machined internal geometry provides smooth wire feeding, reducing the risk of burn-back and ensuring a stable arc even at high amperages. Whether you are working in heavy fabrication, structural steel, or automotive manufacturing, these contact tips are the key to unlocking the full potential of your Hyperfill-equipped welding system.

Using genuine Lincoln Electric consumables like the KP4482-040 is critical for maintaining the integrity of your welds. The Hyperfill process relies on the perfect alignment of the two wires to create a single, coherent arc cone. These contact tips are built to maintain that alignment over extended periods of welding, ensuring consistent penetration and bead profile. Upgrade your welding operations with consumables that are as advanced as the process itself.

Key Benefits for Industrial Welders

Industrial welders choose the KP4482-040 for its robust performance in demanding cycles. By optimizing current transfer to both wires, this tip helps maintain a smooth, spatter-free arc that reduces post-weld cleanup. Trust Josef Gas to supply the genuine Lincoln Electric parts you need to keep your production line moving efficiently.