Description
Talweld TIG Wire 2.4mm 5356 Aluminium 2.5kg – 5356F/24
High Strength Aluminium TIG Filler Rod
The Talweld 5356 aluminium TIG wire delivers strong, reliable welds for aluminium fabrication and repair work. It suits applications where strength and corrosion resistance matter. The 2.4mm diameter supports higher deposition rates on medium to heavier aluminium sections.
Magnesium Alloy for Structural Strength
ER5356 uses a magnesium-based aluminium alloy that produces high-strength weld deposits with good ductility. It delivers higher tensile strength than 4043 filler rods, making it suitable for structural fabrication, transport equipment, and general industrial use.
Strong Corrosion Resistance
This filler rod performs well in marine and outdoor environments. It resists saltwater, moisture, and weather exposure. It suits boat repairs, trailers, and aluminium structures exposed to harsh conditions.
Smooth TIG Welding Control
The wire feeds consistently into the weld pool and supports stable TIG arc performance. It produces clean weld beads with good wetting action and low spatter. This helps reduce cleanup time and improves overall weld finish.
Suitable for Common Aluminium Grades
ER5356 works well on 5xxx series aluminium and general structural aluminium alloys. It suits fabrication and repair work where strength matters more than maximum ductility.
Ideal for Workshop and Marine Work
This filler rod suits boat building, marine repairs, automotive aluminium components, trailers, and general fabrication. It performs well in both workshop production and field repair environments.
Workshop-Ready 2.5kg Pack
The 2.5kg pack supports regular TIG welding work. The 2.4mm size balances deposition rate and control, making it suitable for thicker aluminium welds and general fabrication tasks.
Trusted Talweld Quality
Talweld welding consumables deliver consistent performance for trade and industrial use. The 5356 range provides stable arc behaviour, strong weld integrity, and dependable results for professional aluminium welding.





