Main application fields of UHP 700mm Graphite electrode proucts.(A) Coated carbon fiber electrodes. The electrodes of the microelectrodes are coated with carbon fiber material to minimize the thermal conductivity of the graphene oxide layer. Coated carbon fiber material is used to decrease electronic conductivity of the graphene oxide layer and increase the material's thermal conductivity. (B) Microspheres.  

Characteristics of UHP 700mm Graphite electrode products.(A) Coomassie images of UHP 700mm graphite electrode after the electrolysis of graphite powder.(B) Photomicrograph of the electrochemical process of electrolysis of graphite powder at a surface temperature of 300°C.(C) Photomicrograph of electrolysis of graphite powder at 300 °C.(D) Schematic representation of electrode structure with the UHP 700mm graphite electrode with two electrodes and one aqueous solution (left) and two electrodes and one aqueous solution (right).(E) Voltage profile and current source of the UHP 700mm graphite electrode as a function of pH concentration.(F) Voltage profile and current source of the UHP 700mm graphite electrode as a function of temperature.
Role of UHP 700mm Graphite electrode products in steelmaking.(A) Coomassieres. The coomassiere is the primary surface component of graphite electrodes.(B) Heterogeneous material. The carbon is mixed into the graphite.(C) Single-crystallinum. This type of material allows crystalline carbon powder to form by crystallizing within the cell to form the electrode.(D) Solid electrolyte. The fluid in the electrolyte that is present during cell charging and discharging comprises electrolyte molecules.(E) Single electrode. In each device the electrode is placed on a nonconductive liquid electrolyte base substrate and the cell is charged. The resulting battery cell has both a capacity and power.(F) Multilayer. The cell, having numerous electrode grains, is placed on a nonconductive solid electrolyte substrate.