The uses of various models of silicon carbide 1. For sandblasting or engraving: Customers generally purchase CF36 # and CF46 #, with a content of around 97.5-98. Export orders may require a content between 98-98.5. This type of material requires hardness. 2. For diamond tools: Customers generally purchase GCF80 #, GCF90 #, and GCF100 #

Properties of silicon carbide ceramics silicon carbide ceramic has a series of unique physical and chemical properties, making it widely used in many fields. The main properties of silicon carbide ceramics include high strength, high hardness, high wear resistance, high thermal stability, good chemical stability and low thermal expansion coefficient. Silicon carbide ceramics are extremely

What are the applications of silicon carbide industrial ceramics? Applications of silicon carbide industrial ceramics 1. Silicon carbide ceramics have good chemical indexs ：corrosion resistance, high strength, high hardness, good wear resistance, small friction coefficient, and high temperature resistance, so it is an good material for manufacturing sealing rings. 2. its also has high density,

What are the conventional models of black silicon carbide? Black silicon carbide micro powder models are divided into “W” labels, “PEPA” labels and “JIS” labels, as follows: 1. Black silicon carbide micro powder “PEPA” label: F230, F240, F280, F320, F360, F400, F500, F600, F800, F1000, F1200, F1500, F2000. 2. Black silicon carbide micro powder “JIS”

Silicon carbide uses in the aerospace industry The uses of silicon carbide in the aerospace industry include: 1. Coatings or ceramic composite materials made into high-temperature resistant parts, The parts can withstand high-temperature gas erosion in high-temperature combustion chambers and nozzles, maintain strength and stiffness in high-temperature environments,the spacecraft engines often use it 2. As

Research on the development of continuous silicon carbide fiber reinforced silicon carbide ceramic matrix composites in the field of advanced nuclear energy The development of advanced nuclear energy systems has put forward higher requirements for the service stability of nuclear materials in multi-field coupled extreme environments. Continuous silicon carbide fiber reinforced silicon carbide (SiC_f/SiC) ceramic