Stick Welding Electrodes 3/32" D x 14" L, and 48 similar items

Stick Welding Electrodes 3/32" D x 14" L, 1-LB - Forney E6013 #30301 (3-Boxes) These Forney E6013 30301 stick welding electrodes are designed for superior performance across a variety of welding tasks. Each rod measures 3/32" in diameter and 14" in length, offering an ideal balance for both precision and power. The E6013 classification makes these electrodes excellent for general-purpose welding on mild steel, suitable for all positions with medium to shallow penetration. With a tensile strength of 83,000 PSI, they produce smooth, flat weld beads with a steady arc and are compatible with both AC and DC power sources. These electrodes also feature easy slag removal and are particularly effective on poorly fitted joints and light-gauge metals. Whether you're working on sheet metal, ductwork, or general repairs, these reliable rods ensure clean, consistent results. Sold as a 3-pack of 1-lb boxes, they are a practical and cost-effective addition to any welder?s toolkit. Features: ? General-purpose rod with medium to shallow penetration ? Produces smooth and flat beads with steady arc (AC or DC) ? Excellent for light gauge metal, sheet metal, and ductwork ? Easy to remove medium-to-heavy slag ? Works well on poorly fitted joints ? Great for low heat applications on thin metals ? All-position welding capability ? Compatible with AC, DCEP, and DCEN polarity Specifications: ? Diameter: 3/32" ? Length: 14" ? Amperage Range: 50?70 amps ? Weight: 1 lb (each box) ? Quantity: 3 boxes ? Tensile Strength: 83,000 PSI ? Material: Mild Steel ? AWS Classification: E6013 UPC: 032277303013 MPN: 30301 Product Application: These E6013 electrodes are ideal for general-purpose welding on mild steel in all positions, especially for projects involving sheet metal, thin materials, or ductwork. Whether you're a DIY enthusiast or a professional welder, their versatile performance and easy handling make them perfect for fabrication, repairs, and maintenance tasks across home, shop, and field environments.