Basically, silicon conservonal micks are one of the most advanced materials. As the name suggests, it is made of carbon and silicon. In the natural world, it has been discovered as a rare form of Moisanite. Since 1893, silicon conservonal micks have been produced. It is possible to bind the grain of this material. The idea is to make something really difficult. Demand for marine engineering, automotive industry, space technology, and nuclear energy is increasing, and the demand for this material is increasing. Let’s check more.
These ceramics provide a wide range of excellent features, such as chemical corrosion resistance, thermal impact resistance, improvement of hardness, heat expansion coefficient, reduced wear resistance, and high temperature resistance.
This is why this material is commonly used in many industries, including energy, information electronic devices, space technology, environmental protection, chemical industry, and automotive industry.
Currently, these ceramics are used in the form of corrosion -resistant containers in many industries, such as petroleum chemicals. This material is used on various types of devices such as mechanical seal parts, bearings, and cutting tools. Apart from this, it is an ideal option for various types of engine components, rocket nozzles, gas turbines, and many other things.
Basic characteristics
Chemical characteristics
In oxygen reactions, when the temperature reaches the temperature 1300, a protective layer appears on these crystal surface. As the protection layer becomes thicker, the inside of the carbide silicon becomes even stronger.
As far as composite resistance, alkaline degree, and acidity, silicon carbide has excellent acidic tolerance. However, it is not enough alkaline resistance.
Physical characteristics
From a density perspective, almost all types of silicon crystals are the same. Regarding the hardness, this material stands at 9.5 mo. The hardness level of KNOOP is 2670-2815 kg/mm. The good thing is that this level hardness is much higher than most polished materials such as diamonds.
The thermal impact resistance and thermal conductivity are also very good. Since the thermal expansion parameters are not so impressive, SIC ceramic is one of the best intractable materials.
Electrical characteristics
At a constant temperature, commercially available silicon conservonalmic works as a type of semiconductor. The internal resistance of this material decreases when the temperature rises. In addition, the conductivity of this material is different for impurities.
Appropriate hydrophilic
Regarding hydrophilic properties, silicon conservonal micks are characterized by powerful co -bonds. Based on Pauling’s electrical negative calculation, this material is only 12 %. Therefore, it can be said that this material is characterized by its worrisome wear resistance, large elasticity, and high level hardness.
To put it simply, this was an overview of Silic Concornic Micide. Hopefully this outline will help you understand this material more deeply. This material has many excellent functions and is used in a wide range of industries.