KP4482-045 - Lincoln Electric KP4482-045 Hyperfill Contact Tip .045 (10-Pack)

Maximize Deposition with Lincoln Electric Hyperfill Contact Tips

The Lincoln Electric KP4482-045 Hyperfill Contact Tip is a specialized consumable designed exclusively for the innovative Hyperfill twin-wire MIG welding process. Sold in a convenient pack of 10, these contact tips are engineered to accommodate two .045-inch (1.2 mm) wires simultaneously, enabling welders to achieve exceptional deposition rates without the complexity of traditional tandem systems. By utilizing a single contact tip to energize two wires, the Hyperfill system creates a wider, more stable arc cone that improves bridging capabilities and puddle control.

Manufactured to Lincoln Electric's rigorous standards, the KP4482-045 ensures optimal electrical transfer and thermal management. In high-amperage applications, maintaining a consistent arc is critical for weld quality. This contact tip features precise internal geometry that guarantees both wires feed smoothly and make solid electrical contact, reducing the risk of micro-arcing inside the tip which can lead to premature failure. The result is a stable, smooth arc that enhances operator comfort and weld appearance.

Industrial fabrication environments demand reliability, and the Hyperfill contact tip delivers. Whether used in heavy equipment manufacturing, structural steel, or shipbuilding, this consumable helps reduce cycle times by facilitating faster travel speeds and higher deposition. The durability of the copper alloy construction resists wear from the constant friction of feeding wires, extending the interval between tip changes and keeping your production line moving. Trust genuine Lincoln Electric parts to maintain the integrity of your Hyperfill welding system.

Key Benefits for Industrial Users:

• High Efficiency: Supports the high deposition rates of the Hyperfill process.
• Precision Fit: Exact tolerances for .045 inch wires prevent feeding issues.
• Durability: Built to withstand the heat and stress of heavy-duty welding.