The graphite rods, in similar manufacturing processes to graphite tubes or tubing, can be fabricated according to custom specifications. They are cut to required sizes, shapes, diameters and length. Read More…
Leading Manufacturers
Weaver Industries, Inc.
Denver, PA | 717-336-7507At Weaver Industries we specialize in manufacturing machined graphite parts and products. Our goal is to ensure that our customers get the right tools for their applications. We are leaders in the industry for our graphite machining processes which include recycling and reclaiming machined electrodes. Custom molded urethane and high quality carbon graphite are only a few of our other capabilities.
Morgan Advanced Materials & Technologies, Inc.
St. Marys, PA | 814-781-1573Morgan Advanced Materials & Technologies provides machined graphite, carbon graphite and graphite composite in a variety of forms, including bearings, seal rings, rotary vane compressors and meters, high-temperature parts, glass-handling parts and continuous casting products.
Mercer Gasket & Shim
Bellmawr, NJ | 800-210-5000At Mercer Gasket & Shim we are committed to continually improving our efficiency and effectiveness in order to better serve our customers. We pride ourselves on speed & flexibility, offering 24-hour service & 100% on-time delivery. Our systems are created to be tailored to the needs of each customer.
Asbury Carbons
Asbury, NJ | 908-537-2155Asbury Carbons is one of the world's largest processors and merchants of graphite in all forms. We offer graphite machining and graphite products such as graphite blocks, plates and rounds for markets, including fuel cells, sealing materials, powdered metallurgy, friction products and more. Visit our website or call our friendly customer service team, we are ready to help.
Machined Graphite Products - Becker Brothers Graphite CorporationMachined graphite, which is what is used to produce graphite rods, is usually the product of a copper and graphite composite. Relative to pure graphite, a copper graphite combination has the properties of improved conductivity and strength making it an ideal material choice for manufacturing a wide variety of machine components including dies, spindles and chucks.
Furthermore, unlike metal components, graphite has high levels of corrosion resistance and does not break down under thermal shock. It is one of the very few materials able to maintain its structure even with exposure to temperatures as high as 5000°F. Furthermore, graphite is less likely to change due to aging as it is a non-fatiguing material.
Typically finer grain graphite is used to fabricate graphite rods, however high density and coarse grain stock is available for applications where a smooth surface or finish is not necessarily required. Rod extrusion, compression molding or isostatic pressing are the methods most commonly used in the fabrication of graphite rods, and each is more suitable to specific applications.
Graphite is a non-reactive material which makes it ideal for use in industries such as fiber optics and semi conductor applications which tend to be sensitive and precise. Graphite is a structurally sound and reliable fabrication material and is able to maintain its integrity of shape and its electrical conductivity even in environments or applications of extreme temperatures.
Unlike most metals, graphite's structural strength and durability actually increase with temperature rises. As with any fabrication or material choice, there are certain factors to be considered, and graphite rods are no exception. Intended use, length of application to extreme heat, weather elements, stress or tension as well as the specifics of the rod dimensions all need to be carefully considered when determining whether graphite is the best material for the application.
Another common use of graphite rods is in fishing, especially for smaller fish as graphite is a light and durable material. Due to the nature of its material construction, it is also sensitive and so is ideal for fishing specific species which may not require as much rod strength because of their smaller size or weight.
