Mig Wire – Aluminium 5356 – 0.8mm – 0.5KG Reel
Discover the Mig Wire Aluminium 5356 0.8mm 0.5KG Reel for reliable, high-performance welding with minimal spatter and excellent bead quality.
- Estimated Delivery : Up to 4 business days
The Mig Wire – Aluminium 5356 – 0.8mm – 0.5KG Reel is a high-performance aluminum wire designed for precise and durable MIG welding. Made from premium 5356 alloy, it delivers exceptional strength, crack resistance, and smooth feeding for professional-grade welds. Its 0.8mm diameter ensures precision and flexibility, suitable for both thin and thick aluminum materials. The compact 0.5KG reel allows for efficient use and fewer reel changes, making it ideal for marine, automotive, and construction applications. Compatible with both manual and automatic MIG welding systems, this wire guarantees clean, strong, and reliable welds every time.
Key Features
High-quality Aluminium 5356 alloy for durability and strength
Smooth feedability for consistent MIG welding performance
Minimal spatter for clean welds and reduced post-weld cleanup
0.8mm diameter for precision and flexibility on various thicknesses
Compact 0.5KG reel for efficient usage and fewer changes
Suitable for both manual and automatic MIG welding systems
Excellent crack resistance for structural and high-stress applications
Ideal for marine, automotive, and general construction projects
Produces clean, bright, and professional weld beads
Reliable performance for professional and hobbyist welders
Specifications
Material: Aluminium 5356
Diameter: 0.8mm
Reel Weight: 0.5KG
Alloy Type: 5356 – suitable for marine, automotive, and industrial use
Weld Type: MIG (Metal Inert Gas)
Tensile Strength: Excellent for high-stress applications
Uses & Benefits
Ideal for aluminum welding in marine, automotive, and construction industries
Provides smooth, clean welds with minimal rework
Produces strong, crack-resistant welds for long-term durability
Compact reel allows efficient usage and reduced downtime
Compatible with manual and automatic MIG welding systems







