MIM process is the most suitable for large quantities of high difficulty parts requirements

From the analysis of the nature of MIM technology, is the most suitable for the production of large quantities of high melting point, high strength, technology of parts with complex shape, its advantages can be summarized as follows:

(1) MIM can be all kinds of metal materials forming complex 3D shapes (as long as the material can be made into fine powder). The uniform density and performance parts, both isotropic. For parts design provides a greater degree of freedom.

(2) MIM can maximize the preparation of near net shape parts, high precision.

(3) even more than solid state sintering, relative density of up to 95% MIM products, its performance can be comparable with the forging materials. Especially good dynamic performance.

(4) powder metallurgy (PM) automatic molding machine, injection molding machine several times higher than the price. MIM can be used conveniently in a multi cavity mould forming, high efficiency, long service life of the die, convenient and quick adjustment of mould.

(5) the injection material can be used repeatedly, the material utilization rate of more than 98%.

(6) products to fast. Production flexibility, new products from design to production time is short.

(7) MIM is especially suitable for mass production, and the product performance is good. If the parts of the production are chosen appropriately, the quantity is large, and the economic benefit can be obtained.

(8) MIM materials used in a wide range, wide application areas. Can be used for injection molding material is very wide, such as carbon steel, alloy steel, tool steel, refractory alloy, hard alloy, high proportion of alloys, etc..