Why graphite is used to make electrodes?

 Actually, the graphite electrodes are made from carbon. The carbon is basically a non-metal element with the atomic number of six and its atomic symbol is C. Manufacturing the amazing graphite electrodes always need the best quality materials, which are firmly chosen. Commonly, the graphite has a greater heat transfer rating, has more strength against thermal shock than other materials and also resistance to greater temperatures. Furthermore, the graphite electrode manufacturer is excels in machinability to meet the needs for a wider range of dimensions. Hence, the graphite is an optimum material for scrap melting electrodes. Due to the reaction with oxygen to become Co2, these graphite electrodes are simply consumed at higher temperatures. Meanwhile, the use of good quality graphite electrodes is consequences in delivering to save energy as well as environmental conservation.

 

What does carbon electrodes mean?

The carbon electrodes are commonly utilized in electrolysis, due to its capability as a conductor as well as the amount of open electrons that they are available for transfer. However, the carbon is no only an effective conductor, but also has a very great melting point as well. This means that, the carbon electrodes can be often used to facilitate the vast array of various reactions. Also, other major benefits of using carbon electrode are including ease of attaining and fewer prices. There are dual forms of electrodes in electrolysis solution such as positive and negative electrodes. However, the reaction that occurs on every electrode is unique. When the carbon electrodes are used in the process of electrolysis, its reaction is similar to achieve while other substances are used in electrodes. Here, the positively charged ions flow toward cathode, where they get electrons. On contrarily, the negatively charged ions are attracted to the positively charged anode, where they lose electrons.