Sand casting and die casting are two manufacturing strategies widely used to make metal parts.
Sand casting and die casting bear some similarities, but to understand the differences in these two processes you need to keep a few key things in mind.
What is Sand Casting?
When sand casting is employed, liquefied metal is poured into a void created by a sand mold. One of the primary benefits of sand casting is the easy creation of sand molds and can be used with almost any metals. They also offer superior flexibility in phrases of the size, the shape and the weight of the parts, which makes them ideal for use with a range of distinctive applications.
What is Die Casting?
The die casting process is similar in nature to sand casting, although there are a few essential differences. The metal gets poured into what is called a die and, as soon as it turns solid, it is then removed. Once that metal has been given ample time to cool down, the product is finished. The mold can then be at once reused for the following casting session.
The major difference between sand casting and die casting is that the former requires virtually no stress at all, while the latter actually depends on it. That warm metal is poured into the die under an intense quantity of pressure, whereas with sand casting a simple ladle is used. Die casting is only suited for nonferrous metals such as aluminum and zinc. The advantages here are that die casting is a great way to enable quicker production.
Only by carefully evaluating aspects of your task like the costs, the benefits of each project and more, will you be capable to make the best possible choice in phrases of which one is right for you.
If you’re interested in finding out greater information about the major differences between sand casting and die casting, or if you simply have any additional questions that you’d like to go over with a team of experts in a bit extra detail, please don’t hesitate to contacting our team today.
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