Fluorite has very high industrial value, Fluorite silently reflects its own value. In the aviation and aerospace industry, hydrofluoric acid produced from fluorite is mainly used to produce jet liquid propellant and missile jet fuel propellant. However, the processing of fluorite minerals requires a complete set of professional grinding machine solutions.
The common ore types include diamond, graphite, pyrophyllite, diopside, tremolite, vermiculite, zeolite, alunite, mirabilite, gypsum, barite, calcite, magnesite, fluorite, limestone, shale, kaolin, ceramic soil, refractory clay, sepiolite, illite, rectorite, marble, granite, salt ore and other non-metallic ores and some common metal ores. The composition, hardness and physical properties of various ores are different, and the application fields of various ores are different. The raw ore cannot be directly used in either high-end industry or low-end industry. Therefore, crushing and screening equipment such as ore crusher and pulverizer and beneficiation equipment are indispensable.
Fluorite, also known as fluorspar, fluorspar powder, is a mineral. In the aluminum industry, hydrofluoric acid is used to produce aluminum fluoride, Artificial Cryolite, sodium fluoride and magnesium fluoride. LM vertical mill can process fluorite.
Processing technology of fluorite:
Stage I: Fluorite raw materials are transported to the raw material warehouse by special vehicles, and then lifted to the main machine storage hopper by the elevator.
The second stage: the material discharged from the storage hopper is uniformly fed to the main machine of the vertical mill by the feeder and enters the pipeline.
Stage III: the qualified fluorite products in the grinding process are screened by the screening system and then enter the collector through the pipeline. After being collected, they are discharged through the powder outlet pipe to be finished products. The unqualified fluorite falls into the main machine of the pulverizer for re grinding.
Stage 4: the purified air flows into the blower through the residual air pipe above the dust remover, The air path is circulating. Except for the positive pressure from the blower to the grinding room, the air flow in the other pipes flows under negative pressure. The indoor sanitary conditions are good.
The performance of the pulverizer produced by the same pulverizer factory is directly related to the R & D technology level of the pulverizer. If there is no technology, even if the price is relatively cheap, the quality is not good. Therefore, the pulverizer must be purchased from a large manufacturer, and the quality must be guaranteed.
