Metal Injection Molding (MIM)
What is powdered metal injection molding? Metal Injection Molding (MIM), sometimes called Powdered Injection Molding (PIM), is an advance metal forming technique that uses injection molding equipment for manufacturing both simple and complex metal parts to tight tolerances. Although MIM can be utilized across a wide range of components, the best applications are typically small in overall size and less …
Stainless steels in metal injection molding(MIM)
Stainless steels have played an important role in the development of MIM technology,and for this reason,many of the theoretical studies regarding the technological parameters were development with Stainless steels.The reason for this was the larger range of application for this family of materials,which was more than any other material in the period that MIM was being developed. All of the …
The world’s thinnest metal fan producted by our company
Lenovo the world’s most thin multimode notebook YOGA 3 PRO formal appearance on October 10, 2014. Airframe small size also brings new challenges for heat dissipation,but a pleasant surprise is that the engineer built a set of heat dissipation module in such thin and light YOGA 3 PRO notebook:The industry’s first one-piece using powder metallurgy process cooling fan,also the world’s …
The Proess of MIM Technology
An early developer of the process during the 1970s was Dr. Raymond E. Wiech Jr., who refined MIM technology as co-founder of a California company named Parmatech; the name being condensed from the phrase ‘particle materials technology’. Dr. Wiech later patented his process, and it was widely adopted for manufacturing use in the 1980s. Competing processes included pressed powder sintering, …
Environmental Properties,Biological Compatibility,Corrosion and Oxidation Properties
Erosion environment is complex, which is associated with multiple factors, including the test fluid and some details such as ventilation (gas), PH, concentration of halogen ions, contact with other materials, etc. Accordingly, any discussion of PIM materials environmental tolerance should include from sintering microstructure, heat treatment, test conditions to the detail such as the quantitative measurement of corrosion resistance.For this …
Metal injection molding (MIM)
Metal injection molding (MIM) is a metalworking process by which finely-powdered metal is mixed with a measured amount of binder material to comprise a ‘feedstock’ capable of being handled by plastic processing equipment through a process known as injection mold forming. The molding process allows complex parts to be shaped in a single operation and in high volume. End products …
The Press of Metal injection molding and the probl
Metal injection molding production process in the case of technical progress Modern MIM technology began in the early 1970s.Into the 1990s, with the further improvement of MIM technology, new materials, new technology constantly emergingl0.So far, the United States, Europe, Japan and other countries and regions of the companies engaged in the technology product development, research and marketing.There are typical Pacific …
Injection Molding
1.Characterization of metal injection molding technology Metal injection molding is a high-tech technology which derived from plastic injection molding. MIM of plastic injection molding, high polymer chemistry and powder metallurgy and metal materials, and other disciplines.Powder metallurgy can take advantage of the billet mold injection molding parts, tby degreasing, sintering, rapid production of high-density, high-precision, complex shape metal structural parts,to …
Comparison With MIM Processing And Other Processin
Comparison Of MIM Processing And Other Processing Powder particle of material used in mim is less than 15 μ m, however most of powder particle used in traditional powder metallurgy is in 50-100 μ m. The density of finished product of MIM process is high, as using a tiny powder. MIM process has the advantages of traditional powder metallurgy process, …
Advantages of Powder Injection Molding
1.High degree of complex shape, the additional cost is less 2.Net costs can be reduced or eliminated for machining and finishing processes 3.High material utilization rate, 95% -98% of the material used in the product 4.Several requested features have similar size control 5.Flexibility in composition, microstructure and materials 6.Can wear or toughness requirements of heterogeneous microstructure 7.Good surface quality of …