MIG wire ELBOR SG2 0.6/5kg G3Si1

ELBOR SG2 MIG Wire 0.6 mm / 5 kg / G3Si1

ELBOR SG2 MIG wire is a copper-coated solid welding wire designed for MAG welding of non-alloy and low-alloy structural steels. It belongs to the SG2 / G3Si1 material class, characterised by manganese and silicon content that supports the deoxidation of the weld pool. It provides a stable welding arc, low spatter, and a high-quality appearance of weld joints when the welding parameters are correctly set.

The copper-coated surface ensures reliable electrical contact and smooth wire feeding. It is suitable for welding in all common welding positions under the protection of pure CO2 or an Ar/CO2 mixed gas. It is used in the manufacture and repair of steel structures, car bodies, thin-walled profiles, frames and machine parts.

The wire is particularly suitable for welding structural steels S235, S275 and S355 and other compatible unalloyed and low-alloy steels. The 0.6 mm diameter allows for more precise welding of thin sheets at lower welding currents and better control of heat input. The 5 kg pack is practical for use in smaller welders, auto workshops, garages and for locksmithing work.

Main advantages:

• Copper-coated solid welding wire ELBOR SG2
• Material grade SG2 / G3Si1
• Suitable for welding unalloyed and low-alloy structural steels
• Stable welding arc and low spatter
• Copper-coated surface for reliable electrical contact
• Good feeding properties and high-quality weld appearance
• Suitable for welding in all common positions
• Compatible with CO2 or Ar/CO2 shielding gas
• Diameter of 0.6 mm for thin sheets and more precise welding
• Suitable for car bodies, thin-walled profiles and steel structures
• Practical 5 kg pack

Classification:

Chemical composition:

The exact chemical composition of the specific ELBOR SG2 product must be confirmed by the manufacturer's technical data sheet.

Mechanical properties:

The product description provides mechanical values, but not their full testing conditions. Exact values for yield strength, tensile strength, and impact energy must be confirmed by the ELBOR technical data sheet.