Fluorine Producing Carbon Plate

Elemental fluorine gas plays a significant role in the nuclear industry and the integrated circuit industry. The medium-temperature electrolytic fluorine production process is currently a relatively mature technology for preparing elemental fluorine gas that can be industrially produced. This process mainly uses carbon materials as anode materials, which are important consumables during fluoride electrolysis.

Fluorine Producing Carbon Plate, whose full name is anode carbon plates for fluorine production. Because of its good resistance to fluorine and hydrogen fluoride corrosion; The electrolyte has good wettability to it; Long service life; High bulk density and mechanical strength, dense and uniform structure; It can adapt to the long-term high current density usage environment; Low resistivity With advantages such as good processability, carbon plates can delay cracking and slagging when subjected to extreme working conditions such as corrosion and polarization, thereby extending the service life of the electrode cell. It is widely used in the field of electrolytic fluorine production.

Fluorocarbon plates are mainly made from petroleum coke, asphalt coke and other raw materials, with coal tar pitch as the binder. They are produced through processes such as batching, kneading, forming, baking, impregnation, secondary baking and machining processing.

FLUORINE PRODUCING CARBON PLATE TECHNICAL SPECIFICATION: