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Panadyne
location United States

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Black Silicon Carbide

Silicon Carbide is produced by heating silica sand and a carbon source, typically petroleum coke, to high temperatures in a large, open Acheson furnace. The result of this high temperature process is the crystalline formation of Silicon Carbide grains, of both Green and Black coloring. The color difference is due to the purity of the silicon carbide. Green SiC is of higher purity.
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Green Silicon Carbide

Silicon Carbide is produced by heating silica sand and a carbon source, typically petroleum coke, to high temperatures in a large, open Acheson furnace. The result of this high temperature process is the crystalline formation of Silicon Carbide grains, of both Green and Black coloring. The color difference is due to the purity of the silicon carbide, green SiC being higher purity due to its closer proximity to the heat source of the furnace.
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Silicon Carbide Powder

Ready To Press Silicon Carbide Powders are specially formulated powder products that aid in the manufacturing of pressed ceramic parts. The RTP powders are fine powders combined with a binding agent to facilitate the pressing of green parts. The RTP products are typically graded by their specific surface areas.
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Sinter Grade Silicon Carbide Powder

Sinter Grade Silicon Carbide powders are specially sized to aid in the manufacturing of sintered ceramic parts. They are typically fine powders with a specially tailored particle size distribution.
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Boron Carbide Powders

Boron Carbide is a superiorly hard material (Mohs hardness > 9) and is one of the hardest materials known behind Diamond and cubic boron nitride. The material is sought after due to its high hardness, abrasive wear resistance, fracture toughness, chemical inertness, and important to the nuclear industry, a high neutron absorbing cross section. Boron Carbide powders can be used for reaction bonded, hot-pressed or sintered ceramic applications. The material is therefore well suited for technical ceramics, wear parts, and other industrial parts such as body and vehicle armor. Other uses include refractory additives and honing sticks.
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Aluminum Oxide

Aluminum Oxide is a tough, hard material often referred to by a number of other names including, Alumina, and Corundum. With a Mohs hardness of 9, Aluminum Oxide is a high strength, wear-resistant material possessing a strong ability to resist vigorous chemical attacks (such as acid and alkali) at extreme temperatures. Its high degree of refractoriness, along with its superior electrical insulating properties, dielectric properties, and high melting point make Aluminum Oxide a desirable material choice for a diverse range of applications.
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