Alloy Pure Aluminum 1070 Die Casting Parts For Beauty Equipment Sandblast

Sand Blast Anodizing Silver Pure Aluminum 1070 Die Casting Parts For Beauty Equipment

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Description

    This is a pure aluminum die-casting part. The advantage of pure aluminum die-casting is to adapt to rich surface treatments. Oil spraying, powder spraying, electroplating, anodes, pure aluminum anode die castings can avoid the increased tolerances of other surface treatments, which will stick To meet the higher requirements of die-casting parts, I hope that the pure aluminum die-casting process can help you solve more problems. 

Note

the die casting process is environmentally friendly in three major ways – it uses less waste, offers high accuracy, and long part life. The most commonly die cast alloy, and one of the most abundant in the world, is aluminum. The physical and mechanical properties of aluminum make it an ideal choice for many industries since it is durable, corrosion resistant, low density, and has a high strength-to-weight ratio.

If die casting is so environmentally friendly, does that mean that all alloys that are die cast are also environmentally friendly? Well, yes and no. Let’s look a bit closer at aluminum. Recycled aluminum alloys are very environmentally friendly but pure aluminum is not. Why?

Pure aluminum actually used to cost more than gold. Not because it is a rare metal but because extracting it was (and still is) incredibly costly to do. Pure aluminum is extracted from clay ore called bauxite. The process basically involves carefully smashing the clay into a fine powder and separating the aluminum ions from the powder utilizing electrolysis. Extracting pure aluminum is energy intensive and detrimental to the environment due to mining destruction plus pollutants and large amounts of CO2 that are released during the extraction process. Though utilized in a few industries due to strict quality regulations, like the aerospace industry, Aluminum is very rarely used in its pure form because it also tends to crack and shrink.