Welding Electrode Metalweld RUTWELD 2.5x350 mm — rutile coated, 4 kg pack

Metalweld RUTWELD rutile-coated electrodes 2.5 x 350 mm, supplied in a 4 kg pack, are intended for manual metal arc (MMA) welding of mild steel and carbon steel structures. These electrodes deliver stable arc ignition and a smooth, easy-to-control arc, producing consistent bead appearance and straightforward slag removal. Their formulation focuses on ease of use for general fabrication, maintenance and repair tasks where predictable weld quality is required.

Advantages

Rutile coating ensures good arc stability and manageable spatter levels, while promoting an even weld pool and aesthetic bead finish. The electrodes are designed for reliable striking and re-striking, facilitating work in intermittent welding operations. Packaged in a 4 kg container, the product supports small to medium jobs without frequent reordering and is compatible with standard MMA welding equipment.

Suitable for

• Maintenance and repair of machinery and metal components
• Light structural welding on mild and carbon steels
• General fabrication tasks in workshops and construction sites
• Intermittent welding where easy re-striking is needed

Key specifications

• Electrode diameter: 2.5 mm
• Electrode length: 350 mm
• Coating type: Rutile
• Pack weight: 4 kg
• Intended process: Manual metal arc (MMA) welding

How to use

Select an appropriate welding current for 2.5 mm rutile electrodes according to your welding equipment and workpiece thickness. Clean the weld area of rust, oil and paint to ensure proper fusion. Clamp workpieces to prevent movement and strike the arc with controlled motion; maintain a consistent travel speed and angle to achieve uniform bead appearance. After welding, allow the weld to cool naturally and remove slag by chipping or brushing before further inspection or subsequent passes.

Usage recommendations

Use appropriate personal protective equipment including welding helmet, gloves and protective clothing. Store electrodes in a dry place to avoid moisture pickup; if electrodes have been exposed to humidity, consider drying according to manufacturer guidance before use. Match electrode selection and current settings to base material thickness for optimal penetration and mechanical properties.