The main component of magnesium aluminum alloy is magnesium metal, which accounts for 90%, followed by aluminum to 9%, and 1% zinc.
In general, the hardness of magnesium aluminum alloy is several times that of ABS engineering plastics, but its weight is only one-third of that of plastics. Coupled with its excellent heat dissipation capacity, it is usually used for mid-to-high-end ultra-thin or smaller sizes. The shell of the notebook. Moreover, the silver-white magnesium aluminum alloy shell can make the product more beautiful and fashionable, and it is easy to be colored. It can be turned into a variety of personalized colors through the surface coating process. It adds a lot to the notebook computer. This is because engineering plastics and carbon fiber cannot Comparatively, magnesium aluminum alloy is currently the preferred housing material for portable notebooks. However, magnesium alloys are not very wear-resistant, and they will look dull in use for a long time, and products that have been sprayed with paint will be prone to scratches, paint slips, and the like. And its high cost, the processing and molding is also more difficult than ABS (need to use stamping or die-casting process), so the notebook generally only aluminum and magnesium alloy applied to the top cover or palmrest part, few products made of aluminum-magnesium alloy The entire chassis. Advantages: high strength, light weight, good heat dissipation. Disadvantages: High cost, easy to wear paint.
Certain physical concepts of magnesium aluminum alloys actually include two different magnesium alloy and aluminum alloy materials respectively. Compared with other metals, they all have the advantages of light weight, high strength, good processability, and good thermal conductivity.
Magnesium alloy cutting and grinding machine in the process of cutting magnesium magnesium alloy rods, using high temperature and high pressure hydrogen peroxide water to quickly clean the surface, ...
In general, the hardness of magnesium aluminum alloy is several times that of ABS engineering plastics, but its weight is only one-third of that of plastics. Coupled with its excellent heat dissipation capacity, it is usually used for mid-to-high-end ultra-thin or smaller sizes. The shell of the notebook. Moreover, the silver-white magnesium aluminum alloy shell can make the product more beautiful and fashionable, and it is easy to be colored. It can be turned into a variety of personalized colors through the surface coating process. It adds a lot to the notebook computer. This is because engineering plastics and carbon fiber cannot Comparatively, magnesium aluminum alloy is currently the preferred housing material for portable notebooks. However, magnesium alloys are not very wear-resistant, and they will look dull in use for a long time, and products that have been sprayed with paint will be prone to scratches, paint slips, and the like. And its high cost, the processing and molding is also more difficult than ABS (need to use stamping or die-casting process), so the notebook generally only aluminum and magnesium alloy applied to the top cover or palmrest part, few products made of aluminum-magnesium alloy The entire chassis. Advantages: high strength, light weight, good heat dissipation. Disadvantages: High cost, easy to wear paint.
Certain physical concepts of magnesium aluminum alloys actually include two different magnesium alloy and aluminum alloy materials respectively. Compared with other metals, they all have the advantages of light weight, high strength, good processability, and good thermal conductivity.
Magnesium alloy cutting and grinding machine in the process of cutting magnesium magnesium alloy rods, using high temperature and high pressure hydrogen peroxide water to quickly clean the surface, ...