The MIM process is most suitable for high-volume difficult part requirements.

the analysis of the nature of the MIM process, it is currently the most suitable process for mass-producing high-melting-point materials high-strength, complex-shaped parts.

(1) MIM can mold various metal material parts with complex three-dimensional shapes (as long as this material can be made into fine powder). The density performance of all parts of the part are the same, both isotropic. Provides greater freedom for part design.

(2) MIM can produce parts close to the final shape to the greatest extent, the dimensional accuracy is high.

(3) Even with solid-phase sintering, the relative density of MIM products can reach more than 95%, its performance is comparable to that of forged materials. In particular, the kinetic properties are excellent.

(4) The price of powder metallurgy (PM) automatic molding machine is several times higher than that of injection molding machine. MIM can easily adopt a multi-cavity mold, which has high molding efficiency long mold life. It is convenient quick to change adjust the mold.

(5) The injection material can be used repeatedly, the material utilization rate is over 98%.

(6) The product turns quickly. Large production flexibility, short time design to production of new products.

(7) MIM is particularly suitable for mass production, the product performance is consistent. If the production parts are selected properly the quantity is large, high economic benefits can be obtained.

(8) MIM uses a wide range of materials a wide range of applications. A wide range of materials can be used for injection molding, such as carbon steel, alloy steel, tool steel, refractory alloy, hard alloy, high specific gravity alloy, etc.