The selection of molybdenum ore resources that are difficult to select and difficult to select has gradually attracted attention. Promoting the beneficiation technology of difficult-to-select molybdenum ore resources and improving the utilization efficiency of this part of resources are of great significance to supporting the development of molybdenum mines and related industries.
Iron ore is an important raw material for steel production, and iron ore beneficiation process directly affects the quality and recovery rate of iron ore concentrate. With the development of science and technology and the continuous development of mineral resources, traditional iron ore beneficiation methods face many problems such as low efficiency and waste of resources.
Iron ore is the basic raw material of the modern steel industry, and siderite and limonite among them have become important topics in iron ore beneficiation technology research due to their complex mineral properties and wide distribution of resources. However, efficient beneficiation of these two ores faces many challenges due to significant differences in their physical and chemical properties.
Tungsten ore, as an important rare metal ore, is divided into wolframite and scheelite. Due to the differences in embedding characteristics, mineral processing performance and particle size distribution of these two minerals, their mineral processing processes are significantly different.
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