ED511016 - Lincoln Fleetweld 47 E7014 3/32" Welding Rod

High-Efficiency E7014 Mild Steel Stick Electrode

The Lincoln Electric Fleetweld 47 is a premium quality E7014 stick electrode designed for high-speed welding on mild steel. Engineered with an iron powder titania coating, this electrode offers significantly higher deposition rates than standard E6012 or E6013 electrodes, allowing for increased productivity in general fabrication and maintenance environments. The 2.4mm (3/32 inch) diameter is particularly well-suited for welding thinner gauge materials, sheet metal, and applications requiring precise bead control without burn-through.

Technically, the Fleetweld 47 excels in arc stability and versatility. It is formulated to operate smoothly on AC, DCEN (DC-), and DCEP (DC+) polarities, although it is renowned for its exceptional performance on AC power sources, even those with low Open Circuit Voltage (OCV). This makes it compatible with a vast range of welding machines, from industrial power sources to smaller buzz boxes. The electrode produces a flat to slightly convex bead with fine ripples, ensuring a professional aesthetic finish that often requires minimal post-weld grinding.

The mechanical properties of the weld metal meet AWS A5.1 specifications for E7014, delivering a minimum tensile strength of 70,000 psi. The iron powder in the coating not only assists in deposition but also contributes to a smooth, quiet arc with very low spatter levels. This electrode is classified as an all-position rod, capable of executing flat, horizontal, vertical, and overhead welds, making it a versatile inventory item for MRO (Maintenance, Repair, and Operations) departments.

For industrial applications involving irregular joint fit-ups, the Fleetweld 47 provides excellent bridging capabilities. While it is not a low-hydrogen electrode like the E7018, it offers sufficient ductility for general purpose structural work, machinery parts, and mild steel repairs where code-quality low-hydrogen deposits are not strictly mandated.