Rutilelektrode RUTWELD12 Classic 4,0x450mm 6kg E6013

With a tensile strength of 510 MPa and excellent impact toughness of 47 J at 0°C, the RUTWELD12 Classic rutile electrode delivers robust welds for structural steel and general fabrication. Its 4.0 mm diameter and 450 mm length, packaged in a 6 kg carton, provide a practical solution for professional welders.

Overview

The RUTWELD12 Classic is a medium-coated rutile electrode classified as E6013 per AWS and E 38 0 R 12 per ISO. It operates on AC or DC+ and is suitable for all welding positions, including vertical-up and overhead. The electrode offers a soft, stable arc with low spatter and self-releasing slag, ensuring clean weld appearance and minimal post-weld cleaning.

What stands out

• High tensile strength: 510 MPa minimum
• Excellent impact toughness: 47 J at 0°C
• All-position welding capability (PA, PB, PC, PD, PE, PF)
• Easy slag removal and smooth bead profile
• Compatible with AC and DC+ power sources
• Weld metal recovery over 100% for efficient deposition

Technical details

• Electrode type: Rutile
• AWS classification: E6013
• ISO classification: E 38 0 R 12
• Diameter: 4.0 mm
• Length: 450 mm
• Coating type: Medium coated rutile
• Welding current: AC / DC+
• Recommended current range: 120 - 180 A
• Welding positions: All positions (PA, PB, PC, PD, PE, PF)
• Tensile strength (Rm): 510 MPa (min)
• Yield strength (ReH): 400 MPa (min)
• Elongation (A5): 22% (min)
• Impact strength (KV): 47 J at 0°C (min)
• Typical applications: General fabrication, structural steel, sheet metal, repair welding
• Weld metal recovery: >100%
• Slag characteristics: Easy to remove, self-releasing
• Arc characteristics: Soft, stable, low spatter
• Base materials: Unalloyed structural steels, fine-grain structural steels
• Package weight: 6 kg

Our verdict

A dependable rutile electrode for everyday welding tasks, offering a balance of mechanical properties and operator appeal. The RUTWELD12 Classic is a solid choice for workshops and construction sites requiring consistent performance across various positions.