Advantages: 5052 aluminum plate has small density, good heat dissipation, good rigidity, not easy to deform after long-term use, corrosion resistance,
OverviewApplications and processingSolubility of magnesium and phasesStructuresComposition of standardised varietiesCorrosionMechanical propertiesFurther reading
Aluminium–magnesium alloys (AlMg) – standardised in the 5000 series – are aluminium alloys that are mainly made of aluminium and contain magnesium as the main alloy element. Most standardised alloys also contain small additives of manganese (AlMg(Mn)). Pure AlMg alloys and the AlMg(Mn) alloys belong to the medium-strength, natural (not hardened by heat treatment) alloys. Other AlMg alloys are aluminium–magnesium–copper alloys (AlMgCu) and aluminium–magnesium–silicon alloys
Because aluminum and aluminium–magnesium alloy possess excellent properties such as light density, high extension, easy heat-dissipation and good electromagnetic
An appropriate process is to be followed in the design and development of magnesium alloys which overcome the limitations of magnesium and enhance the
Magnesium alloys offer a number of specific advantages over alternative materials. Lightweight. With a density of 1.7g/cm3, magnesium is the lightest structural
Such alloys are excellent candidates for replacing high-density iron-based materials, leading to weight reduction and associated improvements in energy
The advantages of Mg alloys are degrading to a saturated environment by the way of an electrochemical reaction. The recent major advantages of Mg alloys are
st decades, the interest for magnesium has increased notably. In particular, the need for weight reduction in the automotive industry has made magnesium a suitable material to