Aluminum Alloy Welding Wire, Welding wires

Welding Wire For Aluminum ER5183 (AlMg4.5Mn) ALU3 Cornet

Zakres cen: od 248,95 zł do 269,25 zł

Wyczyść
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Koronet ER5183 (AlMg4.5Mn) aluminum wire is a high-quality AlMg4.5Mn welding wire, designed for MIG (GMAW) welding of aluminum alloys. The magnesium content of approx. 4.5% and the addition of manganese gives the welds excellent strength, corrosion and impact resistance (i.e. resistance to breaking under sudden load or impact), which makes this wire particularly recommended for marine structures, tanks, semi-trailers and components operating in harsh environmental conditions.

Compared to the popular AlMg5 (ER5356) wire, AlMg4.5Mn provides greater tensile strength and resistance to hot cracking, which translates into durable and aesthetic welds. It is the ideal choice for both professional workshops and those new to working with aluminum, who expect a stable arc, clean melting and repeatable results.

KORONET ER5183 (AlMg4.5Mn) wire is used for welding:

  • aluminum alloys of the 5000 (Al-Mg) and 6000 (Al-Mg-Si) series,

  • offshore structures, platforms, yachts, ships,

  • tanks and chemically resistant structures,

  • semi-trailers, frames, boxes, covers and supporting structures,

  • elements requiring high mechanical and anti-corrosion resistance.

 

Technical characteristics

Diameter

weight

Type

positions

Gas

Parameter Value
Standard EN ISO 18273 – S Al 5183
Equivalent AWS A5.10 – ER 5183
Chemical composition (typical) Al – Mg 4.5 % – Mn 0.7 %
Wire 0.8 mm | 1.0 mm |1.2 mm
Spool 7 kg
Reel D300
Winding Layer Precision
Welding all (PA, PB, PC, PD, PE)
Shielding Ar 99,99 % or Ar/He mixture
Polarity DC+ (positive electrode)

Advantages of Koronet ER5183 Wire

✅ High mechanical strength of welds
✅ Very good resistance to marine and chemical corrosion
✅ Increased resistance to hot cracking
✅ Stable arc and even winding
✅ Clean, shiny welds without porosity

Practical tips

  • Before welding, thoroughly remove oxides and debris from the aluminum surface.

  • Use pure argon or an Ar/He mixture as a shielding gas.

  • Avoid overheating the connector – aluminum conducts heat much faster than steel.

  • It is not recommended to use 5183 wire in components that are continuously operating at > 65 °C, due to the risk of stress corrosion.

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