Applications

Graphite Material has many industrial applications in various natural or synthetic forms :

Mechanical Engineering: friction parts, seals, lubricants

Electrical manufacturing: brush motors

Reducers, particularly in the steel industry (blast coke furnaces)

Electrodes for the steel industry (electrical steel)

Moderators in nuclear reactors

Adsorbents in activated charcoal filter

Graphite machining

List of Uses of Graphite

Graphite Products ;have been used since ancient times. It has a wide range of applications in the modern world too. Let’s look at some common uses of graphite below.Graphite machining is a popular industry such in metallurgy, chemical, heating, and cooling, food, metalworking, recycling, pharmaceuticals, electronics, semiconductor, ceramics, and steel production.

Products Produced from Machined Graphite

Graphite Machined Products ;are found in products such as pillow blocks, brazing fixtures, thrust washers, packing graphite rings, boards, cathodic protection anodes, and degassing graphite tubes. The metallurgical industry uses graphite tubes for fluxing tubes. The chemical industry makes use of these tubes as well, taking advantage of the material’s low resistance to heat by using them in furnaces.A graphite electrode ;is nothing more than a sharp graphite rod, taken from a pile, subject to a support conductor of the current, a copper tube, and at a reasonable distance a plastic handle, a PVC tube. The handle should be far enough away so that it does not reach so much heat to soften it. Anyway, it is clear that PVC is the worst plastic that can be used for this but it was there.

This is a sheet metal welder for almost any metal. It does not require the input of material and practically does not admit it unless they are very thin rods. It is not about electric arc welding. What melts the metal is the graphite tip that shortly turns bright white. What is heated by the current is graphite, not metal, Graphite electrode because the first one has a much greater resistance and dissipates most of the power. It is important that the graphite tip is sharp for two reasons:The use of high purity graphite ;in the field of industrial production has excellent performance. High purity graphite is used in conductive, lubrication, metallurgy, and other industrial production fields. High purity graphite production, from the beginning of the raw materials, should be strictly controlled the content of impurities, choose low ash raw materials, and in the production process prevent the increase of pollutants as far as possible. However, the reduction of contaminants to the degree required is primarily in the graphite chemical sequence. Graphitization occurs at high temperatures, where the oxides of many impurity elements will decompose and evaporate. The higher the graphitization temperature is, the more impurities are discharged, and the higher the purity of the high purity graphite products are produced. The high purity graphite is used to make use of its excellent conductivity, lubrication, high-temperature resistance, etc.