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| Categories | MIM Metal Injection Molding |
|---|---|
| Brand Name: | Stainless steel parts |
| Model Number: | 303,304 |
| Certification: | ISO13485 |
| Place of Origin: | China |
| MOQ: | 1000PCS |
| Price: | Negotiation |
| Payment Terms: | L/C, T/T |
| Supply Ability: | 10000PCS/day |
| Delivery Time: | 20 work days |
| Packaging Details: | skin packing |
| Product Name: | Mim Metal Injection Molding |
| Tolerances: | 5mm±0.025mm |
| Weight: | 0.01ｇ～200ｇ |
| surface roughness: | 1~5μm |
| Grade: | Communications, Electronics |
| Material: | 303,304 |
| Application: | Daily necessities |
| Density: | 96% |
| Size: | Customer Designed |
| Plating: | Chrome,Zinc |
high-performance engineering 100g materials Mim Metal Injection Molding
Brief Introduction
Conventional PM uses high, uniaxially applied pressure to coarse metal powders in a die set to produce moderately complex components. no further densification is gained during the sintering process. Densities achieved by this method are typically in the range of 80-90% of theoretical which limit the physical properties that can be achieved for the given alloy.
Mim Metal Injection Molding are not limited in shape complexity due to the flexibility of the injection molding process. The fine metal powders used - combine with higher sintering temperatures to allow Mim Metal Injection Molding to achieve near full density in the final article. Thisallows Mim Metal Injection Molding products to have similar properties as wrought materials.
Specification
| Product Name | mim sheet metal powder injection molding |
| Material | W-Ni-Fe/Cu high specific gravity |
| Tolerances | 5mm±0.025mm |
| Weight | 0.01ｇ～200ｇ |
| Application | automotive industry, electronic and electrical appliances, medical industry, fiber-optical and transmission industry and customized components, concerning connector molding parts, auto parts, medical parts and other tooling, etc. |
| Processing | Mixing,Pelleting,Injection ,De-binding,Sintering,Post processes |
| Quality Control | Following the quality systems ISO9001,we takes quality controls step by step, from design audit, incoming material checking, inspection at each process, to FAI inspection, final verification of molds & parts. |
What isMim Metal Injection Molding
1. Manufacturing technique for producing small, complex , metal parts/ceramics parts/Ferrite parts
2. A combination of powder metallurgy and plastic injection molding technologies.
3. Mim Metal Injection Molding is a cost effective alternative to machining or investment casting
MIM OVERVIEW
Our one-step business scope:
1. Mim Metal Injection Molding including Injection mould&molding parts,mould assembly etc.
2. CNC machining,hardware and sheet metal,
3. Die-casting mold and molding, silicone rubber products etc
Our Products are widely applied in the area of Home Appliances, Electronics, Automotive, Tele-communication, Office Facilities, Medical Devices, etc.
INJECTION MOLDING
MIM feedstock is heated and filled evenly into mold cavity by
injection molding machines, then green components is generated
after cooling down. Molds in accordance with the MIM
characteristics and reasonable process pairing are the keys to this
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.
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.
A: Please offer us 2D or 3D drawings (with material, dimension, tolerance, surface treatment and other technical requirement etc.) ,quantity, application or samples. Then we will quote the best price within 24h.
A: Traditional PM uses high, uniaxially applied pressure to coarse metal powders in a die set to produce moderately complex components. MIM products are not limited in shape complexity due to the flexibility of the injection molding process. The fine metal powders used - combine with higher sintering temperatures to allow MIM to achieve near full density in the final article. This allows MIM products to have similar properties as wrought materials.
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