The anti-oxidation coating graphite electrode produced by graphite electrode manufacturers refers to the graphite electrode coated with an anti-oxidation protective layer (graphite electrode antioxidant). The anti-oxidation coating forms a protective layer that can conduct electricity and resist high temperature oxidation, which can reduce electrode consumption (19% – 50%), prolong the service life of graphite electrode (22% –

Tool material is the fundamental factor determining the cutting performance of tools, which has a great impact on machining efficiency, machining quality, machining cost and tool durability. At present, the tool materials for efficient machining of graphite electrode include cemented carbide coated tools, diamond (PCD) tools and diamond coated tools. (1) Carbide coated tools. Using

Now, although the use of graphite board is more and more widespread, many manufacturers have used it for a long time, but some manufacturers still can not tell how to judge the quality of graphite board. So, in conclusion, how do we judge the quality of graphite board? Graphite anode plate manufacturers tell you how to judge

There are many kinds of graphite products, different uses in various industries, and thousands of kinds of graphite products. According to the characteristics of graphite, it has a wide range of applications in industry, such as metallurgy, machinery, petroleum, chemical industry, nuclear industry, national defense and other fields. Graphite products are frequently used in the following

As conductive material: used in the electrical industry to make electrode, brush, carbon rod, carbon tube, mercury positive electrode, graphite gasket, telephone parts, TV picture tube coating, etc. As wear-resistant lubricating material: graphite is often used as lubricant in the mechanical industry. The lubricating oil can’t be used in the condition of high speed, high

1. When choosing the diameter of graphite electrode, please refer to the allowable current load and current density of the electrode. 2. Transport and storage of graphite electrodes should avoid rain, snow, water wetting and drying before use. 3. Graphite electrodes should be handled lightly during loading, unloading and transportation, and threads should be well protected against