Cobalt Ore Processing Plant /Cobalt concentration

Specifications Cobalt Ore Processing Plant

1.Raise the concentrate by 14-18%

2.Raise recovery rate by 8%

 
Cobalt Ore Processing Plant and Cobalt Production  
Cobalt Ore Processing Plant for Sale   China was the world’s leading producer of refined cobalt, and much of its production was from cobalt-rich ore and partially refined cobalt imported from Congo (Kinshasa). China was a leading supplier of cobalt imports to the United States.Cobalt Ore Processing Plantis widely used in the  cobalt ore processing in these countries.   Cobalt Ore Processing Plant   Raw ore will be crushed by jaw crushers firstly, and usually one pile site is built between the jaw crushers and cone crushers. When the aggregates discharged from the bottom of the jaw crushers, they are conveyed to the pile site. Then electric vibrating feeders will feed then to subsequent belt conveyors and belt conveyors carry the aggregates to the cone crusher for secondary crushing process. Finally, vibrating screens will separate qualified aggregates from the mixture and finally they are conveyed to final pile sites and are able to be sold. As to the grinding flow, it is easier than the crushing process, all process are in the inner of grinding mills, producers just need to control the machines.   Cobalt Grinding Mills   Ball mill is earlist grinding mill machine. The main advantage of it is high yield and throughput. Ball mill is mainly used in mineral ore (such as: copper, cobalt, iron, gold) concentration and cement grinding plant.   Cobalt vertical mill is the main coal mill used in coal preparation plant, and adopts reliable structure and reasonable process flow integrated with drying, milling, classifier, elevator. After in combination with the European technology and the market demand, our vertical mill can fully meet the requirement of clients in the high production of powder.   Cobalt Ore Beneficiation Plant  
Cobalt Ore Beneficiation Plant   Cobalt physical property and chemical property are similar with Fe. Cobalt ore are hard. Though impact crushers are able to be used in Cobalt ore crushing plants, the production costs are very high for the wear parts will be abraded quickly. So the best cobalt ore crushers are jaw crushers used as primary crushers, cone crushers used as medium-fine crushers. With these machines, producers can crush raw cobalt ore lumps to small particles, such as sand size. Discharged from the cone crusher, not every aggregate is able to meet the requirements, so they must be classified by vibrating screens. Finally, belt conveyors transport them to final store pile sites. If producers want to produce cobalt ore powders,Gulin ball mill and MCF series grinding mills are good choice. Gulin ball mill well satisfy requirements of great many mining ore beneficiation plants. For example, it is widely used in iron ore grinding plants, copper ore beneficiation plants, chrome ore dressing plants, zinc ore beneficiation plants and gold ore processing plants and so on. MCF series grinding mill well avoid too much grinding process of cobalt ore beneficiation plants.   Cobalt Uses   Cobalt was also used to make magnets; corrosion- and wear-resistant alloys; high-speed steels; cemented carbides (also called hardmetals) and diamond tools; catalysts for the petroleum and chemical industries; drying agents for paints, varnishes, and inks; ground coats for porcelain enamels; pigments; battery electrodes; steel-belted radial tires; airbags in automobiles; and magnetic recording media. The U.S. apparent consumption of cobalt was 11,700 tons in 2000. With the exception of negligible amounts of byproduct cobalt produced as intermediate products from some mining operations, the United States did not mine or refine cobalt in 2000. U.S. cobalt supply consisted of imports, cobalt-bearing scrap, releases from industry stocks, and sales of excess cobalt metal from the National Defense Stockpile.   Cobalt  Substitutes   In some applications, substitution for cobalt would result in a loss in product performance. Potential substitutes include barium or strontium ferrites, neodymium-iron-boron, or nickel-iron alloys in magnets; cerium, iron(iron ore crushing plant), lead, manganese, or vanadium in paints; cobalt-iron-copper or iron-copper in diamond tools; iron-cobalt-nickel, nickel, cermets, or ceramics in cutting and wear-resistant materials; iron-phosphorous, manganese(manganese processing plant), nickel-cobalt-aluminum, or nickel-cobalt-manganese in lithium-ion batteries; nickel-based alloys or ceramics in jet engines; nickel in petroleum catalysts; and rhodium in hydroformylation catalysts.
                          our product list :   Crusher Equipment Sand Making Machine Stone Making Machine Stone Crusher Jaw Crusher Impact Crusher Cone Crusher Single-stage Hammer Crusher Ring Hammer Crusher Hammer Crusher Vertical Shaft Impact Crusher Fine Crusher Mobile Crusher Station Vibrating Feeder Vibrating Screen Belt Conveyor Sand Washing Machine Ball Mill Ball Mill Ceramic Ball Mill Cement Mill Coal Mill Vertical Mill Beneficiation Equipment Beneficiation Equipment Ball Mill Ceramic Ball Mill Drier Metallurgy Rotary Kiln Magnetic Separator Classifier Flotation Machine Construction Material Cement Production Line Cement Rotary Kiln Cement Mill Coal Mill Vertical Mill Rotary kiln Lime Rotary Kiln Active Lime Assembly Line AutoclaveAeratedConcreteEquipment