When using a casting process to create a new part or product, there are several factors to consider in addition to the casting method itself. When it comes to the quality, cost, and practical application of the finished product, the materials you choose to use are critical considerations.




What is the advantage of using aluminum alloy for casting?




Companies create aluminum alloys to increase strength and stiffness without sacrificing the positive characteristics of pure aluminium, such as its relative lightness and corrosion resistance, which are important in many applications.

Aluminum alloys are particularly well suited for use in die casting operations. It is advantageous that they have a relatively high fluidity and a low melting point, as well as chemical stability and high temperature resistance (i. e., they do not crack).

However, selecting aluminum over other common alloys such as zinc or copper is only the beginning of the process.

How do you know which aluminum alloy to use for your zinc die casting needs?

Aluminum alloys each have their own unique set of characteristics, and it is critical to take these individual characteristics into consideration when determining what you expect from the finished product.

The malleability of the alloy may not be critical to your manufacturing process, but the alloy's light weight and strength may prove to be critical to the success of your final product when it hits the shelves.

Once you've established a specification for aluminum alloy, you can begin comparing and contrasting the various materials that are available.

What is the best way to compare and contrast the global standards for aluminum alloy aluminum die casting?

Many countries have their own classification systems for aluminum alloys, which they use to assign them to different classes.

Therefore, comparing specifications from different parts of the world can be extremely difficult -- not least because there is no single, internationally recognized system that can be used to accomplish this.

However, we have created our own aluminum alloy conversion table to assist you in comparing the most commonly used global standards for aluminum alloys.