Ultra-Fine Silicon Carbide (SiC) Powder, 0.1-1 Mean Particle Size
Ultra-Fine Silicon Carbide (SiC) Powder, 0.1-1 Mean Particle Size
SKU:SIL-b998fa
Discover our Ultra-Fine Silicon Carbide Powder for superior hardness and thermal stability. Perfect for high-performance alloys.
Regular price
$69.99
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$69.99
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Elevate your material science projects with our Ultra-Fine Silicon Carbide Powder. With a mean particle size of 0.1 to 1, this high-purity powder boasts unparalleled hardness, excellent resistance to high temperatures, and superior chemical durability. Ideal for alloy precursor preparation, this powder meets stringent industry standards for particle size control and purity, ensuring reliable performance in advanced applications.
Product Specifications
Material Material
Silicon CarbideSilicon Carbide was first prepared in the early 1800's. It was in commercial production by 1892, as a powder for grinding and cutting, having a Mohs hardness of 9-10 (almost as hard as Diamond). Nicalon continuous multi-filament tow consists of fine filaments of ultra-fine Ã-SiC crystals, giving strong particle bonding. This fiber has high strength and a high modulus in a high temperature atmosphere. It is oxidation resistant, with a high wettability and is consequently used in composites with metals, plastics and ceramics. A thicker monofilament, also used for composites, is also available from Goodfellow in 3 versions which differ only in their outer coating (used to improve adhesion to, and resist degradation by, the matrix of a composite). This monofilament is made by a chemical vapor deposition (CVD) process around a fine tungsten wire.
Mechanical Properties Hardness Vickers
2500 Kgf mm-2
Physical Properties Density
3.200 g·cm-3
Specifications Form
Powder
Specifications Mean Particle Size
0.1 to 1
Specifications Purity
99.0 %
Specifications Weight
50 to 1000 g
Thermal Properties Melting Point
2650.00 to 2950.00 ºC
Type Type
CeramicCeramics are non-metallic, non-organic materials. They exhibit excellent resistance to high temperatures. Although they have comparatively low densities, they are extremely hard but tend to be brittle. They show good resistance to both abrasives and chemicals.