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As an important polymetallic mineral resource, iron-rich manganese-lead-silver ore has a high development value in the industrial field. However, the resource distribution and development of this type of ore present a unique situation, and its own complexity also brings many difficulties in ore dressing. Due to the complex nature of its ore and the difficulty of ore dressing technology, the resource utilization rate is not high, and some valuable metals are seriously lost during the ore dressing process. In-depth exploration of its ore dressing technology is of great significance to improving resource utilization efficiency, meeting industrial needs and promoting the sustainable development of the mining industry. Let's analyze together, what are the difficulties in ore dressing of this type of iron-rich ore? What are the ore dressing technologies?Details>>
In modern industry, nickel and cobalt, as important metal elements, are an important part of the development of different fields. Nickel plays an important role in the steel field such as stainless steel, alloy structural steel, as well as in the battery, electroplating and other industries; cobalt plays a key role in high-end manufacturing industries such as lithium batteries, super alloys, and cemented carbide. With the rapid development of industries such as electric vehicles and electronic equipment, the demand for nickel and cobalt has increased dramatically.Details>>
Silver, as an important precious metal, is used in the fields of electronics, photography, jewelry, currency casting, etc. In addition, silver, as a strategic resource, plays an important role in national economic security and national defense construction. Due to its stable market demand, it provides a solid economic foundation for the mining and processing of silver ore. In terms of mineral processing, flotation is one of its commonly used methods, especially the priority flotation method, which plays an irreplaceable role in the development of silver ore resources with its strong targeting and high recovery rate. This article will introduce the silver ore flotation method and process.Details>>
Quartz sand (silicon dioxide) occupies an important position in the modern industrial system. It is an important industrial raw material for glass, electronics, ceramics and other industries. Its purity determines the quality and performance of the product. However, quartz sand minerals are often accompanied by a variety of impurity minerals, mainly iron, aluminum, manganese, clay minerals, etc., which need to be demanufactured and purified. Among them, manganese is a common impurity in quartz sand, often present in trace amounts, which has many effects on the quality of quartz sand. Then this article will discuss its influencing factors and why the demanganese effect of quartz sand is not good?Details>>
Global high-quality phosphate resources are continuously developed and utilized, and their reserves are declining year by year, especially in areas with low ore grades. The proportion of medium and low-grade phosphate resources is increasing. In the face of such changes in the proportion of resources, studying how to mine and utilize medium and low-grade phosphate is the main solution. Phosphate ore dressing technology is the key to improving the utilization efficiency of mineral resources, which directly affects the recovery rate, grade and environment of phosphate resources. This article will introduce phosphate ore dressing technology.Details>>
On the stage of nickel resources, laterite nickel ore has gradually emerged with its rich reserves. However, its complex ore properties have brought considerable challenges to ore dressing work. Its complex composition and difficulty in extraction have posed severe challenges to processing technology. In-depth research on the processing technology of laterite nickel ore is of great significance for ensuring the stable supply of nickel resources and promoting the sustainable development of the nickel industry.Details>>
Silver is an important precious metal and a strategic resource with a wide range of industrial uses and high economic value. It is an indispensable raw material in key areas such as high-end electronic equipment, aerospace, and national defense weapons. Pure silver raw materials are obtained through beneficiation. Common silver ore beneficiation methods mainly include flotation, gravity separation, cyanidation, etc. This article will introduce the silver ore gravity separation process in detail.Details>>
As the "vitamin" and "industrial gold" of modern industry, rare earth ore occupies a pivotal position in the fields of global economy, scientific and technological development and national security. Its unique physical and chemical properties make it an indispensable key resource for the development of many high-tech industries and strategic emerging industries, and play an important role in promoting global industrial upgrading and technological innovation. Among them, light rare earth ore (LREE) is an important part of rare earth resources. Today, the editor will introduce light rare earth ore and light rare earth beneficiation technology.Details>>
Rare earth beneficiation is to enrich rare earth resources by a variety of different methods to obtain high-grade rare earths. In general beneficiation, the beneficiation method of rare earth ore is selected according to the difference in the properties of rare earth and associated minerals. Among them, flotation is the main method, and there are also gravity separation and leaching methods. The magnetic separation method is mainly used to cooperate with the above separation methods to complete the rare earth beneficiation. The following editor will focus on introducing three rare earth ore beneficiation methods.Details>>
Phosphate ore is the basic raw material in many fields such as agriculture, chemical industry, and new energy. Its mineral composition is complex and contains many impurities. The main impurities include silicates, carbonates, iron-aluminum oxides, rare earth elements, etc. The phosphorus impurities are different, and the selection methods are also different. Through scientific and reasonable beneficiation technology, effective enrichment of phosphate minerals and removal of impurities are the key links to achieve efficient utilization of phosphate resources. So what are the beneficiation process flows for different phosphate ores? Let's learn about it together!Details>>
As an important industrial raw material, the purity of quartz sand directly affects the quality of the final product. Iron removal is one of the key links in quartz sand purification, but in actual production, the iron removal effect is often unsatisfactory. In the above, we focused on several factors that affect the iron removal of quartz sand. In this article, I will propose targeted solutions around these factors. The solution is mainly reflected in process optimization, data control, and technological innovation.Details>>
In the modern industrial system, nickel, as an important non-ferrous metal, is widely used in stainless steel, batteries, alloys and other fields. As an important source of nickel resources, the development of its metallurgical technology is of great significance to ensure the supply of nickel and promote the upgrading of related industries. At present, the common laterite nickel metallurgical technologies are mainly pyrometallurgy and hydrometallurgy. So what is the difference between the two? Let's learn about it together.Details>>
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