5 Main Features of High Quality Magnesium Casting Machine Parts

The use of high quality magnesium casting machine parts is critical to the efficiency and economy of magnesium casting. Casting continues to offer developers and designers many advantages not found in other manufacturing processes. It allows complex shapes to be created with tight tolerance levels while minimizing the need for conversion. Using high quality parts is especially important when it comes to goosenecks and crucibles (melting and storage vessels). There are five key characteristics common to all high quality magnesium casting machine parts.

Minimize high temperature expansion and contraction

The first property concerns the expansion and contraction at high temperature. Only high quality goosenecks and crucibles are capable of minimizing high temperature expansion and contraction. This is necessary to avoid molding errors that often occur when using inferior quality parts. One of the main advantages of Magnesium machining is the ability to create the same complex shapes with precision. This can only be achieved if the gooseneck and crucible do not expand and contract as the temperature changes.

Resistance

Abrasion resistance is an equally important feature of high quality hot chamber magnesium injection molding machine parts. By minimizing wear, the properties of the materials used in the creation process are preserved. This ensures that the materials used to make the gooseneck and crucible do not leak or slowly flow into the product being made. Additionally, the lack of wear resistance dilutes the purity of the final product, greatly increasing the risk of oxides produced by the magnesium alloy melting process.

Impact resistance

Impact resistance is often overlooked as an important property of high quality magnesium die-cast machine parts. Impact resistance is particularly important for goosenecks and crucibles, as these parts are subjected to heavy loads during the casting process. The shock resistance feature ensures long life to the most critical parts of the casting machine.

Erosion resistance:

Erosion resistance and impact resistance work together. During the casting process there are many opportunities for gradual wear of key components. This not only reduces the purity of the finished process, but also shortens the life of individual parts. Poor quality parts quickly compromise the reliability and consistency of a magnesium casting machine.

Consistency in interior design

Consistency in crucible design is important, but even more so for goosenecks. Internal design consistency allows the magnesium casting process to efficiently and economically manufacture thousands of copies of a single complex shape with minimal variation. A lack of internal design consistency can also lead to premature wear of individual parts.

By using goosenecks and crucibles with all the essential features of high-quality magnesium casting machine parts, the whole creation and production process will be smoother, more economical and, in the long run, productivity enhanced with maximum precision and durability.