Selecting the Right Type of Metal in Die Casting

While making metal parts you will find a few different die casting metal options. For a product in your industry if you are researching using die casting then you must be wondering which of these metals would be best for you.

Types of Die-Cast Metal

When it comes to dying casting the alloys you will typically select are from aluminum, magnesium, and zinc. There are other metal alloys die casting that you can select like brass die casting, tin dies casting, copper die casting, etc. While working with alloys, or elements in a mixture, you will find metal die-cast parts that include several of these metals. Every alloy has different properties, different advantages, and disadvantages that make them perfect for different kinds of applications.

Selecting Your Die-Cast Metal

You can observe that for different metals different applications are better suited, and the metal that should be used in your die cast parts must be very specific to your product and your industry.

You will find a need to use aluminum alloy in your die cast part if the ability to withstand high temperatures is your highest priority. But you must keep in mind that aluminum can only be die-cast with a cold chamber machine. Different alloys, like zinc or magnesium, can work with hot or cold chamber machines. In the selection of a die-cast vendor, this distinction is important, as you’ll need to consider their available equipment. You will even find brass casting manufacturer around you.

You should look more into zinc alloys if ease of casting, economy, and a great-looking final product are your top priorities, which cast very simply, still have good strength, hardness, and dimensional stability and are very much easy on your dies, and provides a longer life than aluminum alloys have.

Consider stainless steel and nickel alloys which are a specialty process with a limited capacity if corrosion resistance is your number-one requirement. Consider using brass casting which is another special alloy for high electrical and thermal conductivity, strength, and wear resistance.

You will go with magnesium if a lightweight part is your highest priority as magnesium is extremely light.