Welding Electrode OERLIKON Overcord rutile 3.2 mm, 141 pcs

Welding Electrode OERLIKON Overcord rutile 3.2 mm, 141 pcs are rutile-coated manual metal arc electrodes designed for welding mild and low-alloy steels. The 3.2 mm diameter rods provide a stable arc and predictable deposition suitable for general fabrication, repair and maintenance work. The rutile flux composition promotes easy strike and restrike, smooth weld bead appearance and straightforward slag removal, making these electrodes suitable for both experienced welders and those who need reliable, routine performance in workshop and construction environments.

Advantages

These OERLIKON Overcord electrodes deliver a consistent arc with low spatter and a smooth bead profile, reducing post-weld cleanup. The rutile coating enhances arc stability and makes electrode handling and striking easier, especially in vertical and overhead positions. The pack of 141 pieces ensures an extended supply for repetitive tasks and reduces the need for frequent restocking.

Suitable for

• General steel fabrication and assembly
• Workshop repair and maintenance
• Structural and light construction welding
• On-site repair of machinery and equipment

Key specifications

• Electrode type: rutile-coated manual metal arc electrode
• Nominal diameter: 3.2 mm
• Pack quantity: 141 pieces
• Intended base metals: mild steel and low-alloy steel
• Typical characteristics: stable arc, smooth weld bead, easy slag removal

How to use

Select an appropriate welding current for 3.2 mm rutile electrodes and prepare joint surfaces by removing rust, oil and loose scale. Use standard MMA welding technique with the recommended polarity and current range for rutile electrodes; maintain a short arc gap and a consistent travel speed to produce an even bead and sound fusion. After welding, allow welds to cool gradually before removing slag with a chipping hammer and wire brush, then inspect the weld for uniform penetration and bead shape.

Usage recommendations

Store electrodes in a dry environment to prevent moisture pickup; if electrodes become damp, follow manufacturer's guidelines for drying before use. For best results, match electrode size and welding parameters to joint configuration and material thickness, and perform test welds when changing settings or welding positions.