Mig Wire – Aluminium 4043 – 1.2mm – 6KG Reel

The Mig Wire – Aluminium 4043 – 1.2mm – 6KG Reel is your go-to solution for premium-grade aluminum welding. Designed for high-quality, clean welds, this wire is engineered from 4043 aluminum alloy, making it ideal for welding heat-treatable base alloys such as 6061, 6052, and similar grades. Whether you’re working on automotive frames, industrial fabrication, or boat repairs, this wire offers excellent corrosion resistance, smooth feedability, and reduced spatter during operation. With a diameter of 1.2mm and a 6KG spool, it’s perfect for extended welding jobs with minimal downtime. Optimized for both hobbyists and professionals, it ensures precision and durability every time. Compatible with most MIG welding machines and offering stable arc performance, this aluminum MIG wire is trusted by fabricators for its reliable quality. Weld smarter and cleaner with this high-performance wire made to meet industrial standards and withstand tough working environments.
Key Features
Premium 4043 Aluminium Alloy – Known for excellent corrosion resistance and smooth weld finish.
1.2mm Diameter – Ideal for medium-to-heavy-duty aluminum welding tasks.
6KG Spool – Provides extended run time and fewer wire changes.
Smooth Feeding Action – Reduces feeding issues and wire burnback.
Low Spatter Output – Minimizes post-weld cleanup, improving efficiency.
Detailed Specifications
Wire Type: Aluminium 4043
Wire Diameter: 1.2mm
Spool Weight: 6KG
Spool Type: Standard MIG wire reel
Application: MIG welding on aluminum alloys
Compatibility: Suited for most MIG welders with aluminum wire feed capability
Standard Compliance: AWS A5.10 ER4043
Use Case: Industrial fabrication, automotive, marine repairs, aluminum frames
Product Benefits and Uses
Produces smooth, clean welds with minimal porosity
Perfect for structural aluminum welding and fabrication
Excellent for use in automotive panels and marine structures
Ideal for both beginners and professionals seeking a reliable aluminum wire
Strong performance in both manual and automated MIG welding processes