KP4413-035A - Lincoln Electric .035 Aluminum Drive Roll for Push-Pull Torch

Reliable Feeding for Aluminum Welding Applications

The Lincoln Electric KP4413-035A is a specialized torch drive roll designed to facilitate the smooth feeding of .035-inch aluminum wire. In the world of industrial welding, equipment downtime caused by feeding issues can be costly and frustrating. This genuine Lincoln Electric part is engineered to fit directly into compatible Magnum PRO Aluminum Push-Pull guns, ensuring that your equipment operates exactly as the manufacturer intended. By using OEM parts, you guarantee the correct fitment and material quality necessary for consistent production.

Aluminum wire is notoriously difficult to feed due to its softness and lack of columnar strength compared to steel. The KP4413-035A addresses this by providing the correct groove geometry to grip the wire effectively within the torch handle itself. This "pull" action at the front end of the system works in synchronization with the wire feeder to eliminate drag and prevent the wire from buckling inside the liner. Whether you are working in automotive fabrication, shipbuilding, or general aluminum repair, maintaining your push-pull gun with the correct drive rolls is essential for high-quality results.

Replacing worn drive rolls is a standard maintenance procedure that can significantly improve weld quality. Over time, drive rolls can wear down, leading to slippage and erratic wire speeds. This replacement roll restores the traction needed for precision welding. It is specifically identified by the "A" suffix for aluminum applications and the ".035" marking for the wire diameter, making it easy to identify in your parts inventory. Invest in genuine Lincoln Electric components to maintain the reliability and longevity of your welding systems.

This product is sold individually and is a direct replacement for the original drive roll found in your Lincoln Electric push-pull torch setup. Ensure you have the correct wire size match before installation to prevent damage to the wire or the contact tip.