S112244-045 - Hobart 335A E6011 Stick Electrode 1/8" 5lb Plastic Pak

Hobart 335A E6011 Stick Electrodes: Industrial Grade Penetration

The Hobart 335A is a premium cellulosic electrode designed for the rigorous demands of industrial fabrication and structural repair. Classified as an AWS E6011 electrode, this product is engineered to deliver deep penetrating characteristics, making it the ideal choice for welding through rust, scale, paint, and specifically galvanized steels. Unlike standard electrodes that may struggle with surface contaminants, the 335A digs deep to ensure a solid root pass and structural integrity in challenging conditions.

One of the standout features of the Hobart 335A is its arc stability. While many cellulosic rods are known for a harsh arc and excessive spatter, Hobart has refined the chemical composition of the 335A to provide a smoother operation with reduced spatter levels. This balance of aggression and control allows operators to perform single or multiple pass welds with greater precision. The electrode is formulated primarily for use with AC power sources, making it highly versatile for shops utilizing transformer-based machines, yet it performs equally well on Direct Current Electrode Positive (DCEP).

This 1/8-inch (3.2 mm) diameter electrode comes in a durable 5 lb (2 kg) plastic pak, ensuring the coating remains protected from moisture absorption and physical damage during storage and transport. It is an all-position electrode, capable of welding in flat, horizontal, vertical (up and down), and overhead positions. This versatility makes it a staple for industries such as shipbuilding, railcar manufacturing, and general structural fabrication where out-of-position welding is frequently required.

For professionals seeking a reliable, deep-digging electrode that handles coated steels without compromising arc quality, the Hobart 335A is a proven solution. Its ability to bridge gaps and burn through impurities ensures high-quality welds in maintenance, repair, and overhaul (MRO) applications.