Shenzhen Surfacing Tech Co., Ltd
ShenZhen Surfacing Tech. Co., Ltd is a high and new technology enterprise professionally engaging in metal powder injection, which integrates the R&D, manufacture, sales business and service.
Our company can produce various complicated three-dimension fabric and functional parts to meet the different demand from our customers.
Metal injection molding is best suited for the high-volume production of small metal parts. As with injection molding, these parts may be geometrically complex and have thin walls and fine details. The use of metal powders enables a wide variety of ferrous and non ferrous alloys to be used and for the material properties (strength, hardness, wear resistance, corrosion resistance, etc. ) to be close to those of wrought metals. Also, because the metal is not melted in the MIM process (unlike metal casting processes), high temperature alloys can be used without any negative affect on tool life. Metals commonly used for MIM parts include the following:
1 Low alloy steels
2 Stainless steels
3 High-speed steels
4 Irons
5 Cobalt alloys
6 Copper alloys
7 Nickel alloys
8 Tungsten alloys
9 Titanium alloys
Metal parts manufactured from the MIM process are found in numerous industries, including aerospace, automotive, consumer products, medical/dental, and telecommunications. MIM components can be found in cell phones, sporting goods, power tools, surgical instruments, and various electronic and optical devices.
We are looking forward all the customers across the world to visiting us and making communications with each other.
Our company can produce various complicated three-dimension fabric and functional parts to meet the different demand from our customers.
Metal injection molding is best suited for the high-volume production of small metal parts. As with injection molding, these parts may be geometrically complex and have thin walls and fine details. The use of metal powders enables a wide variety of ferrous and non ferrous alloys to be used and for the material properties (strength, hardness, wear resistance, corrosion resistance, etc. ) to be close to those of wrought metals. Also, because the metal is not melted in the MIM process (unlike metal casting processes), high temperature alloys can be used without any negative affect on tool life. Metals commonly used for MIM parts include the following:
1 Low alloy steels
2 Stainless steels
3 High-speed steels
4 Irons
5 Cobalt alloys
6 Copper alloys
7 Nickel alloys
8 Tungsten alloys
9 Titanium alloys
Metal parts manufactured from the MIM process are found in numerous industries, including aerospace, automotive, consumer products, medical/dental, and telecommunications. MIM components can be found in cell phones, sporting goods, power tools, surgical instruments, and various electronic and optical devices.
We are looking forward all the customers across the world to visiting us and making communications with each other.
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