Material Business
Si(Silicon)
Silicon is the most abundant element in the Earth's crust after oxygen (O). Because it is chemically stable and has a high mechanical strength, it is used in a wide variety of industrial fields.
![Si(Silicon)](./images/sub/si.jpg)
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SiO(Silicon monoxide)
SiO is applied in a wide range of fields, from everyday accessories to secondary battery Anode materials.
![SiO(Silicon monoxide)](./images/sub/sio.jpg)
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SiC(Silicon carbide)
SiC is used in a wide range of areas that handle high temperatures and high electric power. It is expected that the number of applications will continue to growth with the advancement of technologies.
![SiC(Silicon carbice)](./images/sub/sic.jpg)
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Silicon Alloy
![Silicon Alloy1](./images/sub/silicon1.jpg)
![Silicon Alloy2](./images/sub/silicon.jpg)
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Aluminum-Silicon Alloys
Because of their lightweight and high strength, aluminum-silicon alloys are used for making structural components or parts in the aerospace, auto and construction industries.
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Iron-Silicon Alloys
Iron-silicon alloys are used as magnetic materials and are used for making magnetic cores in electric converters, generators and motors.
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Copper-Silicon Alloys
Because of their outstanding conductivity, they are used for making electric cables, electric wires and motors.
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Nickel-Silicon Alloys
Nickel-silicon alloys are stable in high temperatures and high pressures. They are commonly used for gas turbines and power plants.
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Iron-Chromium-Silicon Alloys
Iron-chromium-silicon alloys are used for making stainless steel. They are highly resistant to corrosion and heat.