S114258-031 - Hobart 14A E7014 Mild Steel Stick Electrode 5.0mm

High-Speed E7014 Mild Steel Electrode for Industrial Fabrication

The Hobart 14A is a premium quality E7014 stick electrode designed for high-efficiency welding in industrial environments. Engineered with a heavy rutile coating enriched with iron powder, this 5.0mm electrode offers significantly higher deposition rates compared to standard E6013 or E6012 electrodes. The addition of iron powder to the coating assists in maintaining a stable arc while contributing extra metal to the weld pool, allowing for faster travel speeds and increased productivity in high-volume fabrication scenarios.

This electrode is characterized by its versatility and "welder appeal." It provides a smooth, stable arc with minimal spatter, resulting in a finely rippled bead profile that requires minimal post-weld finishing. The slag system is designed to be self-releasing or easily detachable, which is critical for reducing downtime between passes or during final cleanup. The Hobart 14A is classified as an all-position electrode, making it suitable for flat, horizontal, vertical, and overhead welding, although the 5.0mm diameter is most frequently utilized in flat and horizontal fillet applications due to the high heat input and fluidity of the puddle.

Ideally suited for mild steel applications, the Hobart 14A excels in joining heavy sheet metal, frames, and machine bases where fit-up may not be perfect. Its ability to bridge gaps and handle poor fit-up conditions makes it a reliable choice for maintenance, repair, and operations (MRO) as well as OEM manufacturing. The electrode operates effectively on AC, DCEN (Straight Polarity), and DCEP (Reverse Polarity), providing flexibility depending on the available power source and specific joint requirements.

Key Industrial Benefits:

• High Deposition: Iron powder coating increases metal transfer efficiency.


• Operational Flexibility: Compatible with multiple current types (AC/DC).


• Gap Bridging: Excellent performance on joints with irregular fit-up.