High Purity Silicon Carbide SiC CAS 409-21-2,99%

Silicon carbide, also known as SiC (silver carbide) ceramic material has high-strength properties that are comparable to those of diamond. Silicon carbide powder has hexagonal crystals at its microscopic size. Purity: 99%

Silicon Carbide SiC Pulp:
SiC Silicon carbide It is lightweight and strong ceramic material that can be used in place of diamonds. Silicon carbide is This ceramic material is excellent for applications that require high temperature resistance, good erosion resistance, and abrasive resistance.
Silicon carbide Also known by the common name emery (a type of semiconductor), it is silicon carbide semiconductor . Silicon carbide can be very hard. It is made from synthetic carbon and silicon. Silicon carbide Formula chemical The SiC. SiC has been a key material in the production of sandpaper and grinding wheels since the late 19th century.
Microscopic silicon carbide powders are hexagonal crystals. Their Mohs hardness is 9.2, their Vickers microhardness, 3000-3300kg/mm2, and Knoop microhardness, 2670-2815 kg/mm2. The microhardness, 3300 mm per cubic meter, is 3.300mm. It's second only to cubic boron, boron nitride, and diamond as an abrasive and is therefore higher than corundum. The silicon carbide abrasive's density is about 3.20 g/cm3. It has a natural bulk density between 1.2 to 1.6 g/mm3 and an specific gravity of 3.20 to 3.25. As its primary raw material, green silicon carbide is made from petroleum coke and high quality silica. Salt is used as an additif. At high temperatures in resistance furnaces, its hardness equals that of diamond. Additionally, it has higher mechanical strength and harder than corundum.
Silicon carbide ceramic This non-oxide ceramic is suitable for use in numerous products, which must perform in high thermal and shock conditions. SiC, which is single-crystal, has better performance but a high manufacturing cost.
Silicon carbide is made up of an atom-tetrahedron composed of silicon and carbon. There are strong bonds in its crystal lattice. It is very durable. Silicon carbide can withstand acidic, alkali and molten salts up to 800°C.

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It is simple. Silicon Carbide SiC Powder produced ?
Making silicon carbide is easy. Simply mix silica and carbon in an Acheson Graphite Resistance furnace at temperatures high between 1600°C (2,910°F) and 2,550°C (4,530°F).
Silica carbide (commonly known as silicon carbide) is made by reacting coke (carbon), and sand (silica), in resistance furnaces.
Heating the mixture with direct current, to temperatures as high as 2700°C, is what makes it self-conducting. A product of green and iridescent crystal aggregates, or black, was made a few days later. It was then graded and crushed. The silicon carbide powder in its crude (>10mm) grade cannot be sintered at a high density. Use silicon nitride/silicon oxynitride for refractory uses. When direct bonding of the desired degree can be achieved, high-purity, gradient silicon carbide is sintered at temperatures of around 2400°C. High density materials (low porosity), require special conditions.
You can make silicon carbide by simply decomposing the volatile and gaseous silicon compounds in an inert atmosphere. This allows you to deposit the reactant on a thermal substrate.
One last thing, because carbon is solubilized in silicon liquids, crystallization of carbon-rich molten silica can be achieved at very high temperatures (1650degC).
The reaction that resulted was the base of either mature self-bonding, reaction bonding technology or fine-grained Silicon Carbide powder.

Technical Parameter Silicon Carbide Nanoparticles Nano SiC Pulse:
Name of the product MF Purity Particle Size Crystal Form SSA The color of the sky
Silicon Carbide Nanoparticles SiC 99% 60nm, 500nm Cubic 29m2/g Gray green

Make use of Silicon Carbide SiC Powder:
People are very interested in silicon carbide as a functional material used in many optical and semiconductor devices. Because of its excellent stiffness and high conductivity as well as low coefficients of thermal expansion it's a good material choice for large-scale optical mirror applications. Additionally, silicon carbide is used as a barrier for electronic equipment at high temperatures and parts subject to wear such as bearings and seals. SiC is used for the cover wall and initial walls of the nuclear fusion reactor. You can use candidate materials to cover nuclear fuel particles that are high-temperature, gas-cooled reactors. Additionally, silicon carbide is used for many other purposes.

SiC cutting disk for grinding and cutting
Because of its durability and low price, silicon carbide is very popular in the manufacture of modern gems. Because of its hardness, silicon carbide material is often used in grinding, honing or water jet cutting.
Material for construction
Silicon carbide is used in high temperature furnaces as support material and shelves. It can also be used for casting glass, glass fusion, or firing ceramics. SiC kiln racks last longer than traditional Alumina racks.
Auto parts
Porsche Carrera GT's disc brakes are made from carbon ceramic (silicon-caride)
High-performance brake discs made of siliconized carbon-carbon alloys are possible because they can withstand high temperatures. This brake disc is used in many high-performance vehicles, such as Porsche Carrera GT (Bugatti Veyron), Chevrolet Corvette ZR1, McLaren P1 Bentley, Ferrari Lamborghini, and certain high-performance Audi models. Also, silicone carbide is used in sintered diesel particulate filter. Silicon carbide is used to decrease friction, emissions, and harmonics in oils.
Casting silicon carbide crucible
SiC is used for holding the molten iron in small or large casting processes.
Electronic circuit components
Silicon carbide was first to be commercially useful as a semiconductor material. Henry Harrison Chase Dunwoody, also known as Henry Harrison Chase Dunwoody, applied for a patent in 1906 for a crystal radio detector diode called "silicon caride". This technology was widely applied in shipboard receivers.
Astronomy
High hardness and rigidity as well as a low coefficient of thermal extension make silicon carbide a good mirror material for astronomical telescopes.
Filament pyrometer
The glowing SiC fibre and test flame. About 7 cm (2.28 inches) in height, the flame can be seen. To measure gas temperature in optical technology (called the filament high–temperature method), silicon carbide fibers can be used.
Graphene production
You can use silicon carbide to make graphene. Its chemical properties allow for the epitaxial production graphene at SiC nanostructures.
Steel production
Wafers of silicon carbide for steelmaking. In an alkaline oxygen furnace, silicon carbide can be dissolved and then used for fuel. With the extra energy, the furnace can treat more waste and produce more molten steel. This energy can be used to adjust the carbon or silicon content, and raise the tapping temperature.
Schmuck
The gemstone silicon carbide used as jewelry is "Synthetic Moissanite", also known simply as "Moissanite", after its mineral name.
Guide to fishing rods
Fishing tackle is made from silicon carbide because it has wear resistance and durability. In order to keep the pipe from touching the bar stock the silicone carbide ring must be installed within a guide frame. This is often made of stainless or titanium. A lifting ring is a non-sticky surface with low friction that improves casting distance while also providing enough hardness to protect the fishing line.

Shipping and Packing of Silicon Carbide Nanoparticles Nano SIC Powder
There are many options for packing, which depend on the number of silicon carbide particles.
Silicon carbide nanoparticles packing: You can vacuum pack 1kg/bag, 25kg/barrel or according to your requirements.
Silicon carbide nanoparticles shipping: Could be sent by sea or air as soon as possible after receipt of payment.


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Silicon Carbide Properties

Other Titles Carborundum, alpha sintered SiC, Hexoloy, methanidylidynesilicon,
moissanite, SiC powder
409-21-2
Compound Formula SiC
Molecular Weight 40.1
Appearance Powders in Green, Gray or Black
Melting Point 2730 degC
Boiling Point N/A
Density 3.0-3.2 g/cm3
Solubility of H2O N/A
Electrical Resistivity 1 to 4 10xO-m
Specific Heat 670 to 1180 J/kg K
Tensile strength 210-370 MPa (Ultimate).
Thermo Conductivity 120 to 170 W/mK
Thermal Expansion 4.0 to 4.5um/m-K
Young's Module Between 370 and 490 Gpa

Silicon Carbide Safety & Health Information

Signal word Alert
Hazard Statements H315-H319-H335
Hazard Codes Xi
Risk Codes 36/37/38
Safety statements 26-36
Transport Information N/A

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