Mig Wire – Aluminium 5556 – 1.6mm – 6KG Reel

The Mig Wire – Aluminium 5556 – 1.6mm – 6KG Reel is a premium-quality welding wire designed for superior performance in demanding aluminium welding applications. Manufactured with a high magnesium content, Aluminium 5556 offers greater strength, excellent corrosion resistance, and consistent arc stability, making it the ideal choice for structural, marine, and transportation fabrication. This 1.6mm wire ensures excellent feedability and is compatible with most MIG welding machines set up for aluminium wire. Suitable for use with both pulse and spray arc transfer modes, the 5556 grade delivers clean welds with minimal spatter. Whether you’re welding boat hulls, truck bodies, or pressure vessels, this 6KG reel provides long-lasting reliability and high deposition rates for efficient workflows. Trust this high-performance MIG wire to meet your aluminium fabrication needs with professional results every time.
Key Features
High Magnesium Content: Delivers superior strength and corrosion resistance.
Clean Weld Finish: Reduces spatter and post-weld clean-up.
Excellent Feedability: Consistent wire flow for smooth welding operations.
Versatile Use: Perfect for marine, automotive, and structural aluminium.
Professional-Grade Performance: Reliable under pulse and spray arc transfer.
Detailed Specifications
Wire Type: Aluminium MIG Wire – ER5556
Diameter: 1.6mm
Reel Weight: 6KG
Alloy Composition: AlMg5 (approx. 5% Magnesium)
Melting Range: 575–635°C
Compatible Materials: 5XXX-series aluminium alloys
Welding Position: All positions
Shielding Gas: 100% Argon recommended
Product Benefits and Uses:
The Aluminium 5556 MIG Wire is widely used for welding 5XXX series aluminium where high strength and resistance to saltwater corrosion are required. It’s ideal for marine repairs, truck and trailer bodies, and pressure vessels. This wire provides a reliable weld with strong mechanical properties and minimal cracking, even in high-stress environments. It ensures maximum performance in outdoor and industrial conditions.