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China SIC Epitaxy Silicon-Based Manufacturers, Suppliers, Factory

Adhering into the theory of "quality, services, efficiency and growth", now we have gained trusts and praises from domestic and international shopper for SIC Epitaxy Silicon-Based,Silicon Wafer,LED Wafer,GaN Wafer,Single Crystal Silicon Carbide, Our really specialized process eliminates the component failure and offers our shoppers unvarying top quality, allowing us to control cost, plan capacity and maintain consistent on time delivery.
SIC Epitaxy Silicon-Based, We look forward to hearing from you, whether you are a returning customer or a new one. We hope you will find what you are looking for here, if not, please contact us immediately. We pride ourselves on top notch customer service and response. Thank you for your business and support!

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    The coated parts in semiconductor silicon single crystal hot field are generally coated by CVD method, including pyrolytic carbon coating, Silicon Carbide coating and Tantalum Carbide coating, each with different characteristics.

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    Silicon carbide (SiC) is a material that possesses high bond energy, similar to other hard materials like diamond and cubic boron nitride. However, the high bond energy of SiC makes it difficult to crystallize directly into ingots via traditional melting methods. Therefore, the process of growing silicon carbide crystals involves the use of vapor phase epitaxy technology.

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    Carbon-based materials such as graphite, carbon fibers, and carbon/carbon (C/C) composites are known for their high specific strength, high specific modulus, and excellent thermal properties, making them suitable for a wide range of high-temperature applications. These materials are widely utilized in aerospace, chemical engineering, and energy storage. However, their susceptibility to oxidation and corrosion in high-temperature environments, along with poor scratch resistance, restricts their further application.

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    Silicon carbide (SiC), as an important high-end ceramic material, has excellent properties such as high-temperature resistance, corrosion resistance, wear resistance, high-temperature mechanical strength, and oxidation resistance. These properties make it highly promising for applications in high-tech fields such as semiconductors, nuclear energy, defense, and space technology.

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    In conclusion, both graphitization and carbonization are industrial processes that involve carbon either as a reactant or a product. Carbonization refers to the process of converting organic matter into carbon, while graphitization involves transforming carbon into graphite. Therefore, carbonization is classified as a chemical change, whereas graphitization is recognized as a microstructural change.

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