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Silicon carbide wafer production process
Silicon carbide wafer is made of high purity silicon powder and high purity carbon powder as raw materials, and silicon carbide crystal is grown by physical vapor transfer method (PVT), and processed into silicon carbide wafer. 1.Raw material synthesis: High purity sili...Read more -
Silicon carbide History and Silicon Carbide Coating Application
The Development and Applications of Silicon Carbide (SiC) 1. A Century of Innovation in SiCThe journey of silicon carbide (SiC) began in 1893, when Edward Goodrich Acheson designed the Acheson furnace, using carbon materials to achieve the industrial production of SiC th...Read more -
Silicon carbide coatings: New breakthroughs in materials science
With the development of science and technology, the new material silicon carbide coating is gradually changing our lives. This coating, which is prepared on the surface of parts by physical or chemical vapor deposition, spraying and other methods, has attracted great att...Read more -
SiC Coated Graphite Barrel
As one of the core components of MOCVD equipment, graphite base is the carrier and heating body of the substrate, which directly determines the uniformity and purity of the film material, so its quality directly affects the preparation of the epitaxial sheet, and at the ...Read more -
Method for preparing silicon carbide coating
At present, the preparation methods of SiC coating mainly include gel-sol method, embedding method, brush coating method, plasma spraying method, chemical gas reaction method (CVR) and chemical vapor deposition method (CVD). Embedding method: The method is a kind of hig...Read more -
Congratulations to our（ Semicera）, partner, SAN ‘an Optoelectronics, on the rise in stock price
Oct. 24 -- Shares in San’an Optoelectronics climbed as much as 3.8 today after the Chinese semiconductor manufacturer said that its silicon carbide factory, which will supply the firm’s auto chip joint venture with Swiss tech giant ST Microelectronics once it is finished...Read more -
Precautions for the use of alumina ceramic structural parts
In recent years, alumina ceramics have been widely used in high-end fields such as instrumentation, food medical treatment, solar photovoltaic, mechanical and electrical appliances, laser semiconductor, petroleum machinery, automotive military industry, aerospace and oth...Read more -
Material structure and properties of sintered silicon carbide under atmospheric pressure
【 Summary description 】 In modern C, N, B and other non-oxide high-tech refractory raw materials, atmospheric pressure sintered silicon carbide is extensive and economical, and can be said to be emery or refractory sand. Pure silicon carbide is colorless transparent cr...Read more -
Manufacturing method for transporting device of silicon carbide furnace tube
Silicon carbide furnace tube has high temperature, wear resistance, corrosion resistance, high hardness, high strength, high thermal conductivity, high cold and hot sudden change performance, good oxidation resistance and other excellent properties, in a variety of heat ...Read more -
Main components and applications of atmospheric pressure sintered silicon carbide
[Summary description] Atmospheric pressure sintered silicon carbide is a non-metallic carbide combined with silicon and carbon covalent bonds, and its hardness is second only to diamond and boron carbide. The chemical formula is SiC. Colorless crystals, blue and black in...Read more -
Six advantages of atmospheric pressure sintered silicon carbide and the application of silicon carbide ceramics
Atmospheric pressure sintered silicon carbide is no longer just used as an abrasive, but more as a new material, and is widely used in high-tech products, such as ceramics made of silicon carbide materials. So what are the six advantages of atmospheric pressure sintering...Read more -
How to manufacture silicon carbide furnace tubes?
How to manufacture silicon carbide furnace tubes? First, we need to confirm that silicon carbide is the main raw material, and silicon carbide is formed after high temperature. The obtained material has high temperature resistance, fast thermal conductivity, high strengt...Read more