Silicon Carbide Powder

Fine Powder Silicon Carbide Black Silicon Carbide Grit Sic Powder Description: Since silicon carbide and its composite materials have good high temperature resistance and radiation resistance, silicon carbide has gradually been valued and widely used in the manufacture of nuclear fuel elements. With the continuous deepening of nuclear energy research, the fourth-generation nuclear energy system has been developed and commercialized, and fuel elements suitable for the fourth

Silicon Carbide Powder Refractory Material Price Description: In the treatment of automobile exhaust, silicon carbide materials have extremely high heat resistance and thermal conductivity, and silicon carbide can greatly improve the mechanical strength of automobiles when treating exhaust, so that the exhaust treatment process can adapt to a more severe regeneration environment, and is a good automobile exhaust filter. In addition, it can also be used as a functional

Metallurgical Grade Refractory 80~98%Min 8#~220# Carborundum Sic Silicon Carbide Powder/Lump Description: Silicon carbide is an inorganic substance with the chemical formula SiC. It is made of raw materials such as quartz sand, petroleum coke (or coal coke), sawdust (salt is needed to produce green silicon carbide) through high-temperature smelting in a resistance furnace. In nature, there are also rare silicon carbide minerals called moissanite. In industry, silicon carbide

Low Price 80 Mesh Black Silicon Carbide/Sic for Resin Grinding Wheel Description: Silicon carbide, with the molecular formula SiC, is a non-metallic compound. It is formed by carbon and silicon atoms connected in the form of covalent bonds. The appearance color of silicon carbide is yellow, green and blue-black depending on the purity. According to its structural characteristics, silicon carbide has the characteristics of strong wear resistance, high elastic modulus, strong

Hot Sale Silicon Carbide Sic for Polishing Description: Silicon carbide has a density of 3.21g/cm-3, is insoluble in water, and is easily soluble in molten iron and molten sodium hydroxide and potassium hydroxide. Silicon carbide does not have a melting point and boiling point in the general sense. It can only be regarded as a decomposition temperature, and the numerical value of the decomposition temperature is determined by the environment during measurement and the purity

Semiconductor Grade Silicon Carbide Poly-Crystalline Powder 99.9999% 6n Sic Description: Thermal expansion coefficient The thermal expansion coefficient of silicon carbide is much smaller than that of other abrasives and high-temperature materials. When the temperature range is between 25 and 1400℃, the average thermal expansion coefficient of silicon carbide can be roughly calculated as 4.4×10-5/℃. Thermal conductivity The thermal conductivity of silicon carbide is very high

Black Silicon Carbide Green Silicon Carbide for Refractory Abrasives Material Description: What are the uses of silicon carbide in the steelmaking industry? Silicon carbide can be used as a new type of composite deoxidizer in the steelmaking process. Compared with the traditional silicon powder and carbon powder deoxidation, silicon carbide has more stable physical and chemical properties, faster deoxidation speed, and shorter deoxidation time. It can save energy, improve

Pipe Shape Sisic Roller for Daily Porcelain Description: Here are some of the main properties of silicon carbide: High temperature resistance: Silicon carbide has good high temperature stability and heat resistance, can work stably for a long time in high temperature environment, and can withstand high temperatures up to 2700℃. High thermal conductivity: Silicon carbide has a high thermal conductivity, which is 3-4 times that of copper, and can effectively dissipate heat.

Abrasives Polishing Media Sandblasting Emery Silicon Carbide Powder Description: Silicon carbide has four main application areas, namely: functional ceramics, advanced refractory materials, abrasives and metallurgical raw materials. Silicon carbide rough materials can be supplied in large quantities and cannot be considered high-tech products. However, the application of nano-scale silicon carbide powder with extremely high technical content is unlikely to achieve economies