Tin minerals have a relatively high density, and bulk tin minerals can be easily recovered through traditional gravity separation processes. However, due to the fragility of tin minerals, over-crushing easily occurs in the grinding process, resulting in the loss of most of the fine-grained tin minerals in the tailings. In the recovery of tin ore, flotation is an effective means to recover fine-grained tin minerals and reduce the loss of tin metal.

The selectability of chrome ore is affected by many factors, such as the grade, purity, purity of immersion, and the composition and quantity of symbiotic gangue minerals. The chromium ore with different properties will be processed by different mineral beneficiation technologies. At present, the chrome ore beneficiation process often used in the concentrator includes: mechanical mineral processing technology, fire method enrichment technology and chemical mineral processing technology. The following will introduce several chrome ore beneficiation processes and equipment.

Nickel deposits in the world can be divided into three categories: copper-nickel sulfide ore, laterite nickel ore and weathered crust nickel silicate ore. At present, nickel sulfide ore is the main source of nickel metal. Although the extraction of nickel from nickel oxide ore is becoming more and more popular, nickel sulfide ore is still the main source of nickel. The main reason is that economical mechanical beneficiation methods can be used to extract nickel metal from nickel sulfide ore, but nickel oxide ore cannot.

Quartz sand is a common and widely used non-metallic raw material. Due to the needs of its application field, the requirements for the removal of impurities in quartz sand are relatively high in the process of quartz sand mineral beneficiation. In this article, we will take you through the separation process of quartz sand and its common gangue minerals.

Alluvial gold mine is a clay sediment mineral containing gold formed by long-term weathering of vein gold deposit. It is a mineral with industrial mining value. In this paper, we will take you to understand alluvial gold processing method from the main characteristics, ore processing preparation work and separation stage.

In order to improve the utilization rate of raw materials, correct and appropriate beneficiation technology is one of the measures to solve the problem. This article will introduce several mineral processing methods of manganese oxide lean ore, which are mainly divided into two categories: single beneficiation process and combined beneficiation process.

Usually, it is necessary to adopt a combined process such as flotation, magnetic separation, electric separation, and gravity separation to separate useful minerals. This article will introduce four beneficiation methods for extracting zinc and tin from zinc-tin polymetallic sulfide ores, helping you recover zinc and tin in such ores reasonably and effectively.

Iron tailings re-election process depends on the nature of the ore, magnetic separation and its combined beneficiation process can be used to re-select iron tailings. The common processes include single magnetic separation process, gravity separation-magnetic separation combined process, flotation-magnetic separation combined process technology and flotation-magnetic separation-gravity separation combined process.

Quartz sand mineral extraction is a highly difficult separation technology to remove a small or trace amount of impurities in quartz sand to obtain refined quartz sand or high-purity quartz sand. High-purity and ultra-high-purity quartz sand produced through mineral processing and purification have been widely used in high-tech fields such as aerospace, atomic energy technology, and military industry. Below, we will introduce several methods of quartz sand beneficiation and purification.

At present, flotation is the main method for sorting malachite. At the same time, as a kind of copper oxide ore, malachite is essentially a mineral body formed by long-term oxidation of sulfide ore in nature and erosion of groundwater. In this process, a large amount of clay material will be produced and a large amount of slime will be formed, which will have an adverse effect on the flotation process.

Although the grade of flake graphite ore is low, the large flake has a high industrial value. In actual production, the flake is easy to be over crushed, which will affect the efficiency of mineral processing. Therefore, it is important to protect the flake of graphite ore for improving the beneficiation index.

At present, the beneficiation process of manganese carbonate ore mainly includes ore washing, gravity separation, magnetic separation, flotation, leaching and combined processes. The following will introduce the process for mineral extraction of manganese carbonate ores.