Welding Electrode Metalweld RUTWELD12 rutile 1.6 mm 1 kg

Metalweld RUTWELD12 rutile welding electrode, 1.6 mm diameter in a 1 kg package, is intended for manual metal arc (MMA) welding of carbon and low-alloy steels. The rutile coating promotes easy arc striking, stable arc behavior and smooth slag detachability, making the electrode suitable for short to medium-length welds in repair, maintenance and general fabrication tasks.

Advantages

The rutile flux composition delivers reliable arc ignition and produces a fluid weld pool that is easy to control. Slag formed during welding peels off readily, reducing rework time and improving bead appearance. The thin 1.6 mm core wire allows access to narrow joints and is suitable for thinner sheet metal sections while the 1 kg package provides a compact, portable supply for on-site repairs or smaller workshop jobs.

Suitable for

• General-purpose steel welding and fabrication
• Maintenance and repair work on machinery and structures
• Short to medium welds on thin to medium-thickness steel
• Workshop and on-site manual welding tasks

Key specifications

• Diameter: 1.6 mm
• Weight: 1 kg pack
• Coating type: Rutile flux
• Welding process: Manual metal arc (MMA/MIG) — for MMA
• Typical material: Carbon and low-alloy steels
• Arc characteristics: Easy ignition and stable arc

How to use

Select a proper welding current range for 1.6 mm electrodes according to your welding machine and welding position. Clean the joint of rust, oil and paint before welding to ensure good penetration and adhesion. Strike the arc and maintain a consistent travel speed and angle to produce an even bead; allow slag to cool briefly and chip or wire-brush it away between passes. Replace electrodes from the pack as needed and store remaining electrodes in a dry place to avoid moisture absorption.

Usage recommendations

Use appropriate personal protective equipment including welding helmet, gloves and protective clothing. For best results on thin sections, use lower current settings and short weld runs to minimize distortion. Store the electrodes in a dry, temperature-stable environment to preserve coating performance.