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Basic properties of MIM materials

Constrast for MIM and Precision Casting
| Characteristic | Precision Casting | MIM |
| Minimum hole diameter | 2mm | 0.4mm |
| 2mm diameter of blind hole | 2mm | 20mm |
| Minimum wall thickness | 2mm | < 1mm |
| Maximum wall thickness | Unlimited | 10mm |
| Tolerance of 4mm Diameter | ± 0.2mm | ±0.06mm |
| Surface Roughness(Ra) | 5μm | 1μm |
Manufacturer Equipment

Testing equipment

Application of MIM Common Products
| Aerospace Industry | Aircraft wing chain, Rocket nozzle, Missile tail, Ceramic turbine blade core |
| Auto industry | Ignition control lock parts, Turbocharger rotor, Valve guide parts, Automotive brake parts, Automotive anti technology backbone parts |
| Electronic industry | Disk drive unit, Cable connector, Electronic housing, Computer print head, Electronic package, Heat sink material |
| Military industry | Mines, Rotors, Plates, Triggers, Armor, Hearts, Constellations, Cluster arrows, Small arrows |
| Medical Industry | Dental orthodontic brackets, Internal suture needles, Living tissue sampling forceps and Child radiation screen cover |
| Daily Necessities | Watchcase, Watchband, Buckle, Golf tee, Shoe buckle, Sports and sports firearms parts, Document binding punch |
| Machinery industry | Special milling cutter, Cutting tool, Micro gear |
How MIM work?




Q: What's MIM process?
A: MIM (Metal Injection Molding) is a manufacturing technology that combines the shape making complexity of Plastic Injection Molding with the material flexibility of Powder Metallurgy.
Q: What's the Characteristics of MIM?
A: As a near net forming technology for manufacturing high quality precision parts, MIM has the advantages of conventional and machining methods. MIM can make a lot of complex shape parts: such as various external cutting, thread, conical outer surface, surface knurling and so on, has more features of the parts are not to use conventional powder metallurgy method. Due to the MIM manufacturing parts almost do not need to be machined, so reducing the material consumption, the number of complex shape parts in production requirements is higher than a certain value, MIM will be more economical than machining method.
Q: Why should I choose MIM?
A: MIM excels in producing small, highly complex parts that are difficult or cost prohibitive to produce with conventional technologies such as machining or casting
Q: How do I place order?
A: First, Please help to send us the product drawing, then We will check the drawing and the price will be quoted for you about 24 workhours.
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