Welding Electrode ESAB OK 46.16 D2.0 4.1kg — coated stick electrode, diameter 2.0 mm, net 4.1 kg

ESAB OK 46.16 D2.0 4.1kg is a coated stick electrode designed for manual arc welding (SMAW). With a 2.0 mm core diameter and a 4.1 kg net package, the electrode delivers a stable arc and consistent deposition for general-purpose welding and repair of steel components. It is intended for use in workshop and field environments where a covered electrode is required for joining, rebuilding or maintenance of metallic parts.

Advantages

The ESAB OK 46.16 electrode provides reliable arc stability and good wetting characteristics that help produce uniform weld beads. Its coating formulation supports easy striking and restriking of the arc and helps control spatter, resulting in cleaner welds and reduced post-weld cleanup. The electrode is suitable for fillet and butt welds on carbon and low-alloy steels, offering sound mechanical properties in the as-welded condition.

Suitable for

• General-purpose welding of carbon and low-alloy steels
• Maintenance and repair work in workshops and on-site
• Fillet and butt joints on structural components
• Welding in positions commonly used with 2.0 mm electrodes

Key specifications

• Electrode type: coated (stick) welding electrode
• Core diameter: 2.0 mm
• Net weight: 4.1 kg per package
• Intended process: manual metal arc welding (SMAW)
• Metal compatibility: carbon and low-alloy steels

How to use

Select an appropriate amperage range for a 2.0 mm coated electrode according to equipment and welding position, and prepare joint surfaces by removing rust, scale and contaminants. Install the electrode in the electrode holder, strike the arc and maintain a steady travel speed and dip angle to achieve consistent penetration and bead profile. Allow welded parts to cool under controlled conditions when necessary to avoid excessive residual stresses or cracking. Follow all applicable safety procedures, including ventilation and eye protection.

Usage recommendations

Store the electrodes in a dry, low-humidity environment to preserve coating integrity. For best results, condition or re-dry electrodes if they have been exposed to moisture, following manufacturer guidance. Use compatible welding current and joint preparation practices to optimize weld quality and mechanical performance.