Cobalt (Co) is a silver-white metal known for its high melting point, strong magnetic properties, and excellent corrosion resistance. It is an indispensable key strategic resource in modern industry. Cobalt ore refers to natural mineral aggregates containing cobalt, usually found in compound forms such as sulfides, oxides, arsenides, or silicates. The formation of cobalt ores is closely related to geological activities, commonly found in magmatic processes, hydrothermal activities, or sedimentary environments.Details>>
As a key strategic metal in modern industry, cobalt is widely used in new energy batteries, aerospace, cemented carbide and other fields. Global cobalt resources are mainly present in ores in the form of sulfides, oxides, arsenides, etc., among which cobalt sulfide ores and laterite-type cobalt oxide ores dominate. The key to extracting cobalt from ores lies in the properties of cobalt ores. Through the coordination of multiple links such as physical sorting, chemical leaching, and metallurgical purification, efficient enrichment and separation of cobalt can be achieved. This article will systematically explain the main technologies for cobalt extraction.Details>>
Cobalt is one of the materials used in new energy research and development. With the continuous popularization and development of carbon neutrality and new energy technologies, cobalt mineral resources are receiving more and more attention. In nature, cobalt rarely exists alone and often coexists with iron, copper, nickel and other metal minerals. Therefore, the main cobalt deposits are mostly copper-nickel-cobalt deposits, copper-cobalt deposits, iron-cobalt deposits and cobalt-soil deposits. For these four What are the beneficiation processes for cobalt-like ores? Let’s find out together below!Details>>