Welding Electrode ESAB OK 48.00 D2.0 1.7KG

Welding Electrode ESAB OK 48.00 D2.0 1.7KG are coated manual metal arc (MMA) electrodes with a 2.0 mm diameter supplied in a 1.7 kg pack. These electrodes are formulated to provide a stable arc, consistent metal transfer and reliable mechanical properties when welding compatible steels. The pack contains ready-to-use rods for field and workshop applications where a general-purpose rutile-coated electrode is appropriate.

Advantages

ESAB OK 48.00 electrodes deliver stable ignition and smooth arc behavior, reducing spatter and improving weld appearance. The coating composition supports easy slag removal and good bead contour, while the electrode design maintains consistent deposition rates across common current ranges. The product is packaged for convenient handling and storage, suitable for both intermittent repair work and longer production runs.

Suitable for

• General-purpose steel fabrication and repair
• On-site maintenance and welding of construction steel
• Workshop tasks requiring MMA/rutile-coated electrodes
• Welding of parts where moderate mechanical properties and good finish are required

Key specifications

• Electrode type: coated MMA (manual metal arc) electrode
• Core wire diameter: 2.0 mm
• Net weight per pack: 1.7 kg
• Coating characteristic: rutile-style coating for smooth arc and easy slag removal
• Intended base material: carbon and low-alloy steels

How to use

Select a suitable welding current and polarity according to the electrode diameter and the welding procedure in use. Clean the joint area from heavy rust, paint and oil for improved weld quality. Strike the arc and maintain a steady travel speed and correct electrode angle to ensure uniform bead deposition. After welding, chip and sweep the slag to inspect the weld and, if required, perform any post-weld fettling or heat treatment per the relevant procedure.

Usage recommendations

Store electrodes in a dry environment and, if necessary, re-dry according to manufacturer guidelines before use to avoid moisture-induced porosity. Use appropriate personal protective equipment (welding helmet, gloves, protective clothing) and ensure proper ventilation when welding.