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Weaver Industries has offered quality machined graphite parts, graphite products, graphite fixtures and carbon graphite. We provide control at all stages of the manufacturing process, from acceptance of an order through product completion. We can handle your one-of-a-kind projects.
Industrial Graphite Sales provides knowledge and experience in graphite machining, graphite machine work and carbon graphite. Specializing in synthetic graphite products, we are a leading supplier of quality machined graphite for a number of high-temperature-type applications.
Becker Brothers Graphite is a premier manufacturer of machined graphite parts and carbon graphite products, including graphite tubes, graphite shields and graphite heating elements. Complete graphite machining and graphite treatment facilities are available. For more information, please call today!
Built on over 100 years of experience, GrafTech’s Advanced Graphite Materials division manufactures some of the highest quality, most innovative machined graphite products using the best materials. Very few shops can machine graphite blocks as large as we do. We can handle ANY CAD system used today.
Bar-Lo Carbon Products provides fast delivery, high quality, cost savings and dependability as a graphite machining center. We are also precision machiners of carbon and ceramic. We produce graphite rods, fixtures, molds, jigs and crucibles to exact specifications and will deliver to you immediately.
Carbon graphite is the combination of two forms of carbon with coal tar pitch. During the compression molding process, the coal tar pitch holds the two forms together, forming near net shapes. Extreme temperatures then carbonize the coal tar pitch, resulting in a carbon-bound structure that is comprised of both carbon and graphite.
Amorphous carbon is a strong and hard compound that resists wear but produces high friction. Graphite is soft and frail but acts as a lubricant. The combination of the two results in a mixture that is strong and corrosion-resistant with low friction. By producing carbon graphite, the benefits of both carbon and graphite can be utilized.
During carbonization, holes are left in the structure, which provide multiple advantages. One benefit is that the strength and other characteristics of the structure can be enhanced by filling the holes with metals, resins, inorganic salts, or carbon. Another benefit is that higher temperatures can be used to change the entire structure into graphite, allowing for improved functioning in extremely high temperatures and for speed purposes.
