Mig Wire – Aluminium 4043 – 1.6mm – 6KG Reel

The Mig Wire – Aluminium 4043 – 1.6mm – 6KG Reel is a premium-quality aluminum welding wire designed for MIG welding applications where strength, smooth finish, and corrosion resistance are critical. Manufactured from high-grade 4043 alloys, it’s ideally suited for welding heat-treatable aluminium base alloys including 6061, 6063, and 5052. With a 1.6mm diameter and a 6KG spool, this wire delivers consistent feedability and optimal arc stability, reducing spatter and rework. It’s perfect for use in the automotive, aerospace, marine, and general fabrication industries. Whether you’re welding aluminum frames, tanks, or structural parts, this durable MIG wire ensures excellent weldability with a clean, bright finish. Highly compatible with both pulsed and conventional MIG welding processes, it provides high integrity, crack-resistant welds with superior bonding. Trust this reliable wire to get the job done right the first time – strong, efficient, and performance-driven.
Key Features
High-Grade Alloy – Made from premium Aluminium 4043 for optimal weld quality.
Smooth Feedability – Engineered for consistent, reliable wire feeding.
Excellent Arc Stability – Reduces spatter and improves weld appearance.
Corrosion Resistance – Ideal for marine and outdoor applications.
Wide Compatibility – Suitable for pulsed and standard MIG machines.
Detailed Specifications
Product Name : Mig Wire – Aluminium 4043 – 1.6mm – 6KG Reel
Wire Diameter : 1.6mm
Weight : 6KG spool
Alloy Type : 4043 Aluminium
Melting Range : 573°C – 625°C
Tensile Strength : Approx. 170 MPa
Typical Shielding Gas : 100% Argon
Applications : Welding 6XXX series aluminum alloys
Packaging : Vacuum-sealed for moisture protection
Product Benefits and Uses
Produces smooth, clean welds with minimal post-weld cleaning.
Highly resistant to cracking – excellent for structural welds.
Ideal for aluminum tanks, vehicle parts, railings, frames, and pipelines.
Compatible with industrial and workshop MIG welders.
Delivers strong bonding and smooth surface finishes.