What are the advantages of the metal products produced by the MIM process

In standard work changes, it is a relatively new means to deal with a large number of complex products with high melting points, such as tool steel and stainless steel, and high pressure die-casting is not suitable. This process is made of metal powders used as raw materials, with limited applicability and special fineness.

This series of small and complex engineering components is a typical class, which is the type of MIM metal products. It provides us with the opportunity to create high precision, high melting point, and difficult to cast metal solid metal products. The strength and hardness of these components provide several advantages over the production of other metals.

The process involves adding adhesives into plastic injection molding because of the necessity of metal. Companies involved in the use of this technology have their own unique adhesive system adhesives, which can explain fifty percent of the compounds, including a variety of materials, including wax and a series of plastics. They are mixed metal powders to produce composite molding. Once the shape of the binder is formed, it is no longer necessary to remove the metal particles. The rest is sintering, and twenty percent of the shrinkage.

Advantages: it can be used to form superalloys, forming complex shapes, cost effective quantities, no finishing requirements, and parts with good strength.

Negative: the lower part of the whole part. In the standard plastic injection molding process, only a few manufacturers can provide MIM.