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EN AB 42400 – AlSi7MnMgb
EN AB 44500 – Al Si12(Fe)(b)
EN AB 45000 – Al Si6Cu4
EN AB 45500 – Al Si7Cu0.5Mg
EN AB 46200 – Al Si8Cu3
EN AB 46600 – Al Si7Cu2
EN AB 47100 – Al Si12Cu1(Fe)
EN AB 48200 – Al Si15Cu3MgFe
EN AB 51200 – Al Mg9
EN AB 51400 – Al Mg5(Si)
EN AB 42300 – AlSi7(Mg)
EN AB 44200 – Al Si12(a)
EN AB 44400 – Al Si9
EN AB 44600 – Al Si10Mnb
EN AB 45100 – Al Si5Cu3Mg
EN AB 45400 – Al Si5Cu3
EN AB 45600 – Al Si7Cu1Mg0.6
EN AB 46100 – Al Si11Cu2(Fe)
EN AB 46300 – Al Si7Cu3Mg
EN AB 46500 – Al Si9Cu3(Fe)(Zn)
EN AB 47200 – Al Si12(Fe)
EN AB 51100 – Al Mg3
EN AB 51300 – Al Mg5
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1000 Series Aluminum
1000 Series Aluminum Alloys are referred to as pure and unalloyed, with a minimum Aluminum content of 99%.
3000 Series Aluminum
3000 Series Aluminum Alloys contain Manganese as the main alloying element. A 20% increase in strength is seen while maintaining the basic properties of 1000 Series alloys
5000 Series Aluminum
5000 Series Aluminum Alloys contain Magnesium as the main alloying element. It has the highest strength among alloys that are not heat treated.
7000 Series Aluminum
7000 Series Aluminum Alloys contain Zinc as the main alloying element. With the addition of other alloying elements such as magnesium, 7000 series alloys are the strongest of all alloys.
2000 Series Aluminum
2000 Series Aluminum Alloys contain Copper as the main alloying element. While copper has a significant effect on increasing the strength of aluminum.
4000 Series Aluminum
4000 Series Aluminum Alloys contain Silicon as the main alloying element. Strength value increases depending on the silicon content it contains.
6000 Series Aluminum
The two main elements of 6000 Series Aluminum Alloys are Magnesium and Silicon. These two elements allow the alloy to be heat treated to increase its strength.
8000 Series Aluminum
8000 Series Aluminum Alloys are often created by adding elements such as Lithium, Tin and Iron in different proportions to meet specific purposes.
