Mig Wire – Aluminium 5556 – 1.2mm – 6KG Reel

Our Mig Wire – Aluminium 5556 – 1.2mm – 6KG Reel is engineered for professional welders demanding superior strength, excellent corrosion resistance, and dependable results. Designed for MIG welding of 5XXX series aluminium alloys, especially 5083 and 5456, this 5556-grade filler wire offers higher tensile strength than 5356 alternatives, making it ideal for applications involving structural components, shipbuilding, railcars, and pressure vessels.
This 1.2mm diameter wire ensures smooth wire feeding, consistent arc stability, and clean weld beads with minimal spatter. The 6KG spool fits most wire-feed MIG welding machines and is perfect for extended, uninterrupted work sessions. With high cracking resistance and strong performance in heat-affected zones, Aluminium 5556 MIG wire is the professional’s choice for robust and long-lasting welds in demanding environments. Make your welds stronger, cleaner, and longer-lasting with this premium aluminium welding wire.
Key Features
High Tensile Strength: Ideal for structural and load-bearing aluminium welds
Corrosion Resistant: Perfect for marine and offshore environments
Excellent Arc Stability: Delivers clean, precise welds with minimal spatter
Smooth Wire Feeding: Reduces feeding interruptions during high-speed welding
Wide Compatibility: Suitable for most MIG welding machines
Detailed Specifications
Product Name: Mig Wire – Aluminium 5556 – 1.2mm – 6KG Reel
Wire Grade: ER5556
Diameter: 1.2mm
Reel Weight: 6KG
Material: Aluminium Alloy (Mg content 5.2%)
Application: MIG welding of 5XXX series aluminium alloys
Tensile Strength: Higher than 5356 wire
Welding Position: All positions
Standards: Meets AWS A5.10 / EN ISO 18273
Product Benefits and Uses
Marine Applications: Excellent resistance to saltwater corrosion
Railcars & Trailers: Enhanced strength for structural integrity
Shipbuilding: Trusted for welding hulls and support frames
Offshore Fabrication: Stands up to harsh, corrosive environments
Heat-Affected Zones: Maintains integrity in high-temp areas