Carbon electrode, based on electricity calcined anthracite, petroleum coke, graphite crushed, coal pitch and so on as the main raw materials, through batching, forming, roasting, mechanical processing of carbon conductive material. As a conductive electrode for mineral furnace, it can be widely used in the smelting process of industrial silicon, ferroalloy, calcium carbide, yellow phosphorus and other metals or non-metals.

According to the different application environment, the carbon electrode can be divided into two categories: S class is the ordinary carbon electrode, which is suitable for the production of silicon metal, yellow phosphorus, ferroalloy, calcium carbide, corundum and other products of the mineral furnace; Class G is a special carbon electrode, suitable for high current load ore furnace production of appeal products.

As a conductive electrode used in mineral furnace, carbon electrode has obvious comparative advantages in reducing cost, saving energy and reducing emission, improving smelting efficiency and safety. At the same time, its physical and chemical indexes can fully meet the requirements of the downstream industry, so it has a great potential to replace graphite electrode and electrode paste.

Compared with carbon electrode, the price of electrode paste is lower, but its impact on the environment can not be ignored. Due to environmental factors, the electrode paste is gradually phased out. Although the graphite electrode has good safety performance, it is expensive and difficult to prepare large diameter, so the carbon electrode is used in large furnace.