5 Key Characteristics of High quality Parts for a Magnesium Die Casting Machine


The use of high quality parts for a magnesium die casting machine ‘s very important to efficiency and economic benefits of magnesium casting. Die casting continues to offer numerous advantages قیمت دستگاه تزریق پلاستیک for developers and designers which are unparalleled by other manufacturing processes. It provides the ability to create complex shapes within narrow patience levels while lessening the necessity for retooling. The use of high quality parts is very important when it comes to Goosenecks and crucibles (melting & holding pots). There are five key characteristics which all high quality magnesium casting machine parts have in accordance.

Minimize Expansion and Contraction in High Temperatures

The first characteristic is related to expansion and contraction in high temperatures. Only high quality goosenecks and reducing pots have the ability to minimize expansion and contraction at high temperatures. This is critical to make sure against casting problems which are common when lower quality parts are used. A key good thing about magnesium casting machines is the ability to accurately create identical complex shapes. This can only be achieved if the gooseneck and reducing pot do not expand and contract as temperatures change.

Damaging the teeth Resistance

Damaging the teeth resistance is an equally important characteristic of high quality hot chamber magnesium die machine parts. By lessening damaging the teeth the properties of materials used in the creation process are maintained. It ensures the materials used to create the gooseneck and crucible do not slowly run or flake into the product being made. Additionally, the lack of damaging the teeth resistance significantly enhances the risk that oxides will be generated through the magnesium alloy reducing process, thus diluting the purity of the finished product.

Shock Resistance

Shock resistance is often overlooked as a key characteristic of high quality magnesium die casting machine parts. Shock resistance is very important for goosenecks and reducing pots as these parts are put under tremendous strain during the casting process. The shock resistance characteristic ensures a long charge lifespan for the most significant parts of the die machine.

Erosion Resistance

Erosion resistance and shock resistance work hand-in-hand. Throughout the die casting process there are numerous opportunities for key components to slowly erode. Not only does this water down the purity of the finished process but also shortens the charge lifespan of individual parts. Low-quality parts quickly challenge the reliability and consistency of a magnesium die casting machine.

Internal Design Consistency

The inner design consistency of a reducing pot is important but it is even more important for goosenecks. Internal design consistency is what allows the magnesium die casting process to efficiently and cheaply generate thousands of copies of a single complex shape with minimal variance. A lack of internal design consistency can also lead to premature wear and tear on individual parts.

By utilizing goosenecks and reducing pots which have all of the key characteristics of high quality magnesium die casting machine parts the entire creation and production process is going smoother, a little more economical, and provide enhanced long-term efficiency through maximum accuracy and durability.


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