1. Light weight: Under equal rigid conditions, the solidity of one
pound of magnesium is equivalent to 1.8 pounds of aluminum and 2.1
pounds of steel. Together, magnesium can produce the same cluttered
parts as aluminum, but the weight is only one -third lighter than
the latter. The above features are crucial about some modern
products. Regarding vehicles, this feature will significantly
reduce its launch inertia and save fuel consumption.
2. High cooling resistance: Magnesium alloy has high heat
dissipation performance, which is suitable for today's densely
planned electronic products. Magnesium alloy thermal conduction is
better than the general structural metal, and it can be dispersed
quickly. Once the note -type computer is overheated, the system is
easily unstable. The current heat dissipation method is in the
engineering plastic shell, with the heat pipe to guide the heat
source, the fins of the fins, or the power fan for the stream. The
above magnesium aluminum alloy is the best choice for future
advanced laptops.
3. Outstanding casting performance: Under maintaining outstanding
structural conditions, magnesium promises the wall thickness of the
casting to 0.6mm. This is the wall thickness that plastic products
cannot reach under the same intensity. As for aluminum alloy, it
must be compared with magnesium at 1.2 to 1.5mm. In addition, the
magnesium alloy will not change tissue changes for a long time and
increase in temperature. When low temperature (below -10 ° C),
there is no problem of crisp cracking.
4. Recycled and reused: Magnesium alloy data is not scarce. It can
be refined since the seawater, and there will be no problems that
raw materials are not easy to obtain. In addition, the magnesium
alloy bad products can be completely recycled and refined, and are
cast as AZ91D, AM50 or AM60. Due to the continuous improvement of
the demand for die castings, it is very important to recycle reuse.
This meets the requirements of environmental protection, making
magnesium alloy more attractive than many plastic materials.