255113326 - ESAB AtomArc T 3/32" E11018M H4R Low Alloy Stick Electrodes (4.54kg)

High-Strength Welding with ESAB AtomArc T

The ESAB AtomArc T 3/32" Stick Electrode is a premium consumable designed specifically for the demanding requirements of welding T-1 steel. Packaged in a convenient 4.54 kg (10 lb) hermetically sealed carton, these electrodes are engineered to deliver superior performance in industrial and general fabrication settings. Whether you are working on heavy mobile equipment, railcars, or critical infrastructure projects, AtomArc T ensures that your welds meet the highest standards of strength and durability.

One of the standout features of this electrode is its ability to produce welded joints with mechanical properties that equal or exceed those of the base steel. This capability allows for 100% design joint efficiency, making it an indispensable tool for structural engineers and professional welders alike. The electrode performs exceptionally well in both as-welded and stress-relieved conditions, providing versatility across various stages of the fabrication process. Its formulation is optimized to provide excellent low-temperature impact properties, ensuring weld integrity even in harsh environmental conditions.

The AtomArc T carries the AWS E11018M H4R classification, indicating its status as a high-strength, low-hydrogen electrode with moisture-resistant characteristics. The "H4R" designation signifies that the coating is designed to resist moisture pick-up, which is critical for preventing hydrogen-induced cracking in high-strength steels. This makes it an ideal choice for projects where weld quality cannot be compromised, such as bridge construction and ship building.

With an amperage range of 70 to 100 Amps, the 3/32" diameter offers excellent control and arc stability. The hermetically sealed steel carton ensures that the electrodes reach you in factory-fresh condition, ready to perform immediately upon opening. Trust ESAB AtomArc T for your most critical high-strength steel applications.