Lincoln Omnia 46 rutiilielektrodi E6013, 2,0 mm, 4,0 kg pakkaus

Welders in fabrication shops and on construction sites rely on the Lincoln Omnia 46 for smooth, stable arcs and easy slag removal when joining mild steel. This rutile-coated E6013 electrode delivers a soft, spatter-free arc in all positions, including vertical down, making it a versatile choice for sheet metal, structural steel, and general repair work. The 2.0 mm diameter is ideal for thin materials and root passes, while the 4.0 kg pack keeps you stocked for daily production. With approvals from CE, TÜV, ABS, LR, DNV, BV, and GL, it meets rigorous quality standards for professional use.

Key specifications

• Electrode type: Rutile, AWS E6013
• Diameter: 2.0 mm, length: 300 mm
• Package weight: 4.0 kg
• Welding positions: All, including vertical down
• Current type: AC and DC (+/-), 50–80 A
• Tensile strength: 510–550 MPa, yield strength: 420–460 MPa
• Elongation: 22–26%, impact strength: 47 J at 0°C
• Slag: Self-releasing, easy to remove
• Approvals: CE, TÜV, ABS, LR, DNV, BV, GL

Why choose it

The Omnia 46 stands out for its forgiving arc characteristics and low spatter, reducing post-weld cleanup. Its rutile coating ensures a stable arc even on less-than-perfect surfaces, and the self-releasing slag saves time on multi-pass welds. The electrode performs reliably on both AC and DC power sources, so you can use it with a wide range of welding machines. With high deposition efficiency over 80%, you get more weld metal per electrode, improving productivity.

Ideal use cases

• General fabrication and structural steel welding
• Sheet metal work and thin-gauge materials
• Maintenance and repair in workshops and on-site
• Shipbuilding and marine applications
• Root passes and positional welding

Good to know

Store electrodes in a dry place; re-drying is not generally required, but if damp, bake at 100–110°C for 30–60 minutes. The 2.0 mm diameter is best suited for currents between 50 and 80 A. Always follow safety guidelines and use appropriate personal protective equipment.