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Based on our advantage in technique, we have successfully developed more than 1000 molds and more than 3000 items now. The success rate reaches 95%. You can be assured to send your projects to us.Our MIM process could be used widely from hardware household appliances, toy parts, lock parts, auto part, cusummer electronical parts to aerospace metal parts. It have core technology with complex non-standarded gemoetries, selective material, light weight, precise tolerance, strict hardness, smooth performance.

Mixing is the process of mixing metal powder with a binder to obtain a uniform feed. Since the nature of the feed determines the properties of the final injection molded product, the process step of mixing is very important.

MIM requires high raw material powder. The choice of powder is beneficial to mixing, injection molding, degreasing and sintering.

Computer and its auxiliary facilities: such as printer parts, magnetic core, striker pin, drive parts;Tools: such as drill bits, cutter heads, nozzles, gun drills, spiral milling cutters, punches, sleeves, wrenches, electric tools, hand tools, etc.;

The MIM process uses micron-sized fine powder, which not only accelerates the sintering shrinkage, but also helps to improve the mechanical properties of the material, prolong the fatigue life of the material, and improve the resistance, stress corrosion resistance and magnetic properties.

Metal powder injection molding technology is a multi-disciplinary and cross-product of plastic molding technology, polymer chemistry, powder metallurgy technology and metal materials science. It can mold injection blanks and quickly produce high density and high precision through sintering.

Parmatech, California, was invented in 1973. In the early 1980s, many countries in Europe and Japan also invested a lot of energy to start researching the technology and quickly promote it. Especially in the mid-1980s,

The basic process is as follows: firstly, the solid powder and the organic binder are uniformly kneaded, and after granulation, the film is solidified by injection molding in a plasticizing state (~150 ° C), and then chemically or thermally.

MIM technology combines the advantages of powder metallurgy and plastic injection molding. It breaks through the limitations of traditional metal powder molding process in the shape of products. At the same time,

The application field of MIM technology products has been involved in various fields of the national economy, and the market prospect is broad. Such as:Computers and auxiliary facilities: such as printer parts, magnetic cores, striker pins, drive parts;

Metal injection molding was first traced to the powder injection molding of ceramic spark plugs that began in the 1920s. For the next few decades, powder injection molding was mainly focused on ceramic injection molding.

Metal injection molding (MIM) is a forming method in which a plasticized mixture of metal powder and its binder is injected into a mold. It is the shape required to first mix the selected powder with the binder and then pelletize the pellet for injection molding.