Electrode Welding Rods ESAB OK 61.30 D3.2 1.7 kg

ESAB OK 61.30 D3.2 welding electrodes in a 1.7 kg pack are manual stick (SMAW) electrodes formulated for general-purpose welding on compatible steels. The electrodes have a 3.2 mm core wire diameter and a rutile-type coating that produces a stable arc and easy slag removal. Supplied by ESAB, these rods are intended for structural and maintenance welding where OK 61.30 classification is specified, offering steady performance for workshop repairs, on-site maintenance and light fabrication tasks.

Advantages

These electrodes deliver a stable arc with good bead appearance and consistent coating quality across the pack. The 3.2 mm diameter supports manageable deposition rates and straightforward handling for manual stick welding. Slag detaches cleanly after cooling, reducing rework time, and the electrodes perform reliably under typical workshop and field conditions on suitable steels.

Suitable for

• Structural steel welding and light fabrication
• Workshop repairs and maintenance work
• On-site repair and maintenance of steel components
• General-purpose manual stick (SMAW) applications on compatible steels

Key specifications

• Electrode coating type: rutile
• Core diameter: 3.2 mm
• Pack weight: 1.7 kg
• Process: Manual metal arc / Shielded metal arc welding (SMAW)
• Typical characteristics: stable arc, easy slag removal, good bead appearance

How to use

Select an appropriate welding current for a 3.2 mm electrode and match polarity per equipment recommendations. Prepare and clean the base metal to remove rust, oil and contaminants before welding. Strike the arc and maintain a consistent travel speed and arc length suited to the electrode size. After welding, allow the weld to cool and chip away slag to inspect bead quality; rework as needed following standard welding procedures and safety practices.

Usage recommendations

Store electrodes in a dry environment to prevent moisture pickup that can cause hydrogen-induced cracking or porosity. Use suitable welding parameters and preheat when required by base material specifications to achieve optimum weld quality and mechanical properties.