These manufacturers create carbon products of high quality that can be used in the steel industry and for other metalcasting processes. The process involves graphitizing and heating petroleum coke which is a residue of crude oil refinement. The end product is a low-sulfur, highly absorbent material that can be used in a wide range of industrial applications. Thermal stability allows the product to remain relatively stable over a large temperature range and can resist a number of chemicals. Graphitized petroleum coke has a high resistance to erosion and is therefore ideal for use in corrosive conditions.
Besides being an excellent recarburizer, petroleum coke has many other uses in the casting industry. This coke is used to reduce iron in casting and can add carbon to aluminum. As a natural substitute for graphite, it can reduce costs and improve quality.
It is important to choose a reliable Graphite Petroleum Coke suppliers, as this will ensure that you receive the highest-quality product at a reasonable price. You can check the reputation of a potential supplier by reading reviews or asking friends and family for recommendations. Also, check out the company's service department for any answers to questions that you might have.
Some of the ways you can locate the right Graphite Petroleum Coke Suppliers involve searching online directories. They can give you information about these companies, their products and pricing. Find out what services these companies offer, as well as their shipping policy.
Graphite Petroleum Coke has many uses, including as a recarburizer. However, it is also a valuable raw material in the manufacture of synthetic graphite. It is possible to create synthetic graphite by heating aromatic fractions. The resultant carbon material has needle-shaped patterns oriented in only one direction. It is then a material with high carbon fixed content, and low sulfur.
The petroleum coke produced by oil refineries is used as anodes in the smelting of aluminium, steel, and titanium. The moderator can be made by graphitizing the coke. It has high purity as well as a great strength-toweight ratio.
The calcining of petroleum coke is usually carried out at temperatures in the range of 2500 C to 3000 C, for example in a graphitizing furnace. The coke-binder mixture is formed into a brick and then heated, usually in several steps. The finished shaped block of graphite is impregnated by densifier so that the pores are filled and heated in order to get the desired density. This process can be repeated until you obtain the graphite that you want.
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