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Silicon Carbide Companies and Suppliers

IQS Directory provides a detailed list of silicon carbide manufacturers and suppliers. Find silicon carbide companies that can design, engineer, and manufacture silicon carbide to your specifications. Peruse our website to review and discover top silicon carbide manufacturers with roll over ads and complete product descriptions. Connect with the silicon carbide companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for manufacturers of silicon carbide ceramic, silicon carbide companies, and silicon carbide crystalline of every type, IQS is the premier source for you.

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All of our products are put through extensive rigorous testing under the meticulously watchful eyes of our quality control team and our silicon carbide is no different! Our talented teams of designers and engineers possess the extensive collection of knowledge that you can count on to match you with a product that you can rely on to provide a long lasting value. Get in touch with us via telephone or email today to learn more!
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C-Mac International, LLC offers the high quality silicon carbide components. Our custom made ceramic components are used in a variety of industries. Silicon Carbide applications include hydraulic fracturing, fracking, pipelines, couplings, aerospace, automotive, engine components, burner nozzles, and more. For more information or a free price quote, call us today!
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We are determined to promoting a better industry! We are committed to you with our silicon-carbide products and their advantages! We use silicon and wafer dicing to provide you with unrivaled products. There are a number of advantages associated with our products and services. If you would like to learn more about these benefits then please contact us today!
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We do silicon carbide and we do it well! We are dedicated to providing the best products possible. Our designers and engineers work around the clock in order to ensure that when you order from us, we get the products that you count on to your door as soon as possible. It is our goal that we are able to provide you with such outstanding customer service that you come back to us for all of your needs. Visit our website today or send us an email for more information!
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Thermal Products Company offers energy-saving and cost-saving ceramic fiber for high-temperature applications. Check out the benefits of our ceramic fiber products: ceramic fiber insulation, blankets, ceramic fiber paper, shapes, crucibles, and gaskets. Strong, lightweight solutions for a variety of industries.
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Industry Information

Silicon Carbide in the Semiconductor Industry

When it comes to ceramic manufacturing, there are a variety of ceramic products used in industries around the world. Silicone carbide is one useful ceramic product that benefits the semiconductor industry the most.

Silicone carbide is able to address the challenging demands in silicone wafer processing. Carbide has a purity of over 99.9995% with zero porosity. This makes it ideal to maintain the strict cleanliness requirements of the semiconductor industry.

Carbide has other benefits for the semiconductor industry as well. Carbide has high strength and stiffness, low thermal mass, and is suitable for creating thin, lightweight components. Silicone carbides also have a high thermal shock resistance. This helps extend the life of semiconductor components. Carbide can even withstand rigorous cleaning because it is resistant to high temperature etching and wet cleaning. The strength of the material also facilitates the fabrication for complex geometrics.

In addition to these material benefits, carbide is also good for the earth. The material has full-density, which means that few particles or cleaning solutions will get trapped into porous materials. This prevents contamination and toxins from escaping, and also improves the performance of the semiconductors. All critical trace elements are below 1 ppm and can withstand the use of ultra-high-purity feed gasses. Without the use of this extremely beneficial material, the semiconductor industry would not be where it is today, and technology might very well be at a standstill- due to component failure as well as environmental impact.

Silicon Carbide

Silicon carbide, or carborundum, is an extremely hard ceramic composed of carbon and silicon atoms bonded in a crystal lattice. The unique characteristics of this substance make it highly desirable in several industrial and commercial settings. Low density, high strength and high hardness are characteristics shared with many other ceramics.

Silicon carbide offers low thermal expansion, high thermal conductivity, strong thermal shock resistance and elevated chemical intertness as it is not attacked by acids, alkalis or molten salts. A modern ceramic material, silicon carbide is classified as an advanced, technical, or engineering ceramic due to its superior attributes. Silicon carbide components are common to industrial environments as they are particularly well suited to the high stress needs of these settings. Electrical conduction, semiconductors, automotive, structural and abrasion industries are just a few of the many sectors in which silicon carbide is utilized. Grinding machines, brake discs, seals, bearings and heat exchangers are all commonly made of this material, maximizing its heat resistance and conductivity. Silicon carbide grit can also be used to create ground glass for use in photographic equipment and in the creation of decorative glassware.

Although natural occurrence of silicon carbide is rare, several processes allow for large production of man-made replicas of this substance. The Ascheson furnace and Lely are commonly used methods. The Ascheon technique involves heating silica, carbon and other additives that increase porosity to maximum temperatures and then gradually lowering them. The Lely process sublimates the particles in an argon atmosphere by heating them in a fashion similar to the Ascheson furnace. Chemical vapor deposition is sometimes used to produce cubic silicon carbide, though it is a very expensive option. Thermal decomposition of polymethylsilyne also yields pure silicon carbide when it occurs in an inert atmosphere with low temperatures. This process has the added advantage of pre-forming the polymer before it is transformed into a ceramic. When silicon carbide is formed, no matter the process, the color of the crystals helps to determine the purity of a given sample. Colorless, pale yellow and green crystals are the purest. Brown, blue or black crystals indicate some degree of contamination and are less pure. Common imputiries include nitrogen, aluminum and iron, all of which affect the electrical conductivity of the final product. The crystals or grains produced by any of these methods are then bonded together by manufacturing techniques such as sintering, firing, hot pressing, hipping, extrusion, fusing, slip or pressure casting, injection molding and deposition.

Engineering Properties*

Silicon Carbide
SI/Metric (Imperial)




gm/cc (lb/ft3)




% (%)







Flexural Strength

MPa (lb/in2x103)



Elastic Modulus

GPa (lb/in2x106)



Shear Modulus

GPa (lb/in2x106)



Bulk Modulus

GPa (lb/in2x106)



Poisson's Ratio




Compressive Strength

MPa (lb/in2x103)







Fracture Toughness KIC




Maximum Use Temperature
(no load)

°C (°F)




Thermal Conductivity

W/m•°K (BTU•in/ft2•hr•°F)



Coefficient of Thermal Expansion

10-6/°C (10-6/°F)



Specific Heat

J/Kg•°K (Btu/lb•°F)




Dielectric Strength

ac-kv/mm (volts/mil)



Dielectric Constant




Dissipation Factor




Loss Tangent




Volume Resistivity



dopant dependent

*All properties are room temperature values except as noted.
The data presented is typical of commercially available material and is offered for comparative purposes only. The information is not to be interpreted as absolute material properties nor does it constitute a representation or warranty for which we assume legal liability. User shall determine suitability of the material for the intended use and assumes all risk and liability whatsoever in connection therewith.

Silicon Carbide
Silicon Carbide
Silicon Carbide
Silicon Carbide - San Jose Delta Associates, Inc.
Silicon Carbide - San Jose Delta Associates, Inc.
Silicon Carbide - C-Mac International, LLC

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