MIM

Our company production of an important buttons on the iPod is composed of five powder injection molding parts, added up to no more than 0.5 cubic centimeter。 “Apple, Microsoft, huawei, lenovo, BMW global well-known enterprises are Gian customers.Metal powder injection molding technology using polymer blending modification, polymer degradation, polymer molding technology principle, combining with the characteristics of powder injection near …

Kramer, Germany is the world’s leading MIM continuous degreasing and sintering furnace manufacturers, install all over the world more than 75 sets of MIM – Master system. Kramer, managing Ingo Cremer says , the company has production batch furnace in China, special services to the Chinese market.Cremer thought it can reduce the delivery time, make its can compete with other …

1.Powder metallurgy processes are easy to produce a variety of special-shaped hole shape, both parts are irregularly shaped, protruding or pits,, no or just need a little bit of cutting. Powder metallurgy process has a good economy. 2.Powder metallurgy process utilization of raw materials up to 99.6% 3.Powder metallurgy parts consistency is very good, but hard to stick with the …

Metal Injection Molded Parts/Components Manufactured: Precision, High-Performance components for structural, magnetic and electronic applications that require a high degree of complexity and near full theoretical density. Markets Served: Automotive, Aerospace, Medical, Business Machine, Computer Components, Hardware, Sporting and Consumer Goods Metal Injection Molding Materials: Stainless Steel: 304L, 316L, 17-4 PH, 15-5 PH, 420, 430, 440 Superalloys: Inconel, Hastelloy, Co-based Low …

The rheological properties,mechanical properties,microstructure and anticorrosive properties of injection molded 17-4PH stainless steel were investigated.The feedback based on the binder 65%PW-30%EVA-5%SA has the best general rheological properties for the 17-4 PH stainless steel powder.The 17-4 PH stainless steel compacts sintered at 1380°c for 90min have the best mechanical peoperties and the good microstructure with homogeneously distributed pore structure and the …

Successful Stories-High Volume Production Project:Hinge Technical Challenge： 5 MIM parts assembly into one No crack inside Tolerance:±0.05mm Technical Solutions: Design Changes:45 times Trial Assembly:8 times 500Kpcs/D in very short period of time CCD inspection

When considering the use of MIM, we can measure it from the following aspects. The first is the complexity of the product. MIM is the same as plastic injection molding to achieve complex parts of flexible design.Parts that require multiple parts for assembly can be designed into a single MIM part, complex parts that cannot be manufactured by other processes, …

Powder metallurgy has unique chemical composition and mechanical and physical properties, which cannot be obtained by traditional casting methods.Powder metallurgy technology can be directly made into porous, semi-dense or fully dense materials and products, such as oil bearing, gear, CAM, guide rod, tool, etc., is a less cutting process. (1) powder metallurgy technology can minimize the alloy component skewness and …

What is the most prominent aspect of powder metallurgy? 1. Capable of manufacturing materials and products that cannot be made or difficult to be made by other processes at present, such as porous materials and products, sweat, shock absorption, sound insulation, refractory metal materials and products such as tungsten, aluminum, titanium, metal-plastic, bimetal and other composite materials and products. 2. …

Metal powder injection molding (mim) combines the advantages of powder metallurgy and plastic injection molding to break through the limitation of traditional metal powder molding process in product shape.Such as various external grooves, external threads, conical external surface, cross through hole, blind hole, concave table, key pin, reinforcing steel plate, surface knurling, etc Advantages of MIM technology A. Directly shape …