MIG Wire ELBOR SG3 SOLUTION 3 1.2mm /250kg G4Si1 Uncoated

MIG wire ELBOR SG3 SOLUTION 3 1.2 mm / 250 kg / G4Si1 / non-copper coated

ELBOR SG3 SOLUTION 3 MIG wire is a non-copper coated solid welding wire designed for MAG welding of non-alloy and low-alloy structural steels. It belongs to the SG3 / G4Si1 material class, characterised by an increased manganese and silicon content. These elements support the deoxidation of the weld pool and contribute to achieving high-quality weld joints with good mechanical properties.

The non-copper coated surface of the wire does not contain a traditional copper layer, thereby reducing the release of copper coating particles into the feeding system. The wire allows for a stable welding arc, low spatter, and good weld appearance when welding parameters are correctly set. It is suitable for manual, mechanised and automated welding under the protection of Ar/CO2 mixed gases or pure CO2.

It is used in the production of steel structures, frames, transport equipment, piping, machine parts and other welded components. It is particularly suitable for welding structural steels S235, S275 and S355 and other compatible materials. The diameter of 1.2 mm allows for higher deposition rates and efficient welding of medium and thick materials. High-capacity DRUM packaging weighing 250 kg is primarily intended for robotic and automated welding, reducing the frequency of wire changes and production downtime.

Main advantages:

• Non-copper coated solid welding wire ELBOR SG3 SOLUTION 3
• Material class SG3 / G4Si1
• Suitable for welding unalloyed and low-alloy structural steels
• Non-copper coated surface without the traditional copper layer
• Stable welding arc and low spatter formation
• Smooth wire feeding during mechanised and automated welding
• Increased manganese and silicon content for effective weld pool deoxidation
• Option to use Ar/CO2 or CO2 shielding gas
• Diameter 1.2 mm for higher welding performance and welding of thicker materials
• High-capacity DRUM 250 kg packaging for industrial production
• Fewer wire changes and shorter downtime during mass production welding
• Suitable for robotic and automated welding workstations

Classification: