SUPER 6 SG3 Steel Mig Wire 15kg – 0.8mm

The SUPER 6 SG3 Steel MIG Wire – 0.8mm (15kg) is a high-performance steel MIG wire designed to enhance welding productivity and deliver strong, reliable welds. Supplied in a 15kg Marathon Pack, this wire features increased silicon and manganese content, providing superior ultimate tensile strength (UTS) and improved mechanical properties for demanding fabrication projects.

This copper-coated steel MIG wire ensures smooth feeding, stable arc performance, and low spatter, making it ideal for applications such as general fabrication, shipbuilding, and power generation. Its excellent UTS and hardness characteristics enable welders to achieve durable, high-quality welds on steel structures, components, and assemblies.

Engineered for professional and industrial use, the SUPER 6 SG3 Steel MIG Wire is compatible with DC+ welding systems and operates efficiently with Argon/CO2 shielding gas mixes. Whether you are working in heavy fabrication, maintenance, or production environments, this MIG wire provides consistent performance, reduces downtime, and improves overall welding efficiency.

KEY FEATURES

1. Increased silicon and manganese for stronger ultimate tensile strength in SG3 Steel MIG wire

2. Copper-coated SG3 Steel MIG wire for smooth feeding and stable arc performance

3. Low spatter output for cleaner welds and reduced post-weld cleanup

4. Suitable for general fabrication, shipbuilding, and power generation

5. Supplied in a 15kg Marathon Pack for extended usage

SPECIFICATIONS

1. Wire Diameter: 0.8mm

2. Spool Weight: 15kg

3. Melting Point: 1450°C

4. Ultimate Tensile Strength (UTS): 600 N/mm²

5. Hardness: 120 BHN, Chemical Composition: C0.10 / Si1.00 / Mn1.75

BENEFITS & USES

1. Produces strong, durable welds for steel structures and components

2. Ideal for fabrication projects, shipbuilding, and power generation

3. Copper coating ensures smooth feeding and reduces welding interruptions

4. Low spatter output minimizes post-weld cleaning and increases efficiency

5. High UTS and hardness allow for reliable performance in heavy-duty applications