With the wide application of lithium batteries and lithium carbonate, downstream enterprises have an increasing demand for raw materials of lithium concentrate. In order to meet the needs of enterprises, improving the recovery rate of concentrate in ore is one of the main ways to solve this problem. There are various methods for spodumene ore beneficiation. This article mainly introduces five ways to improve spodumene ore flotation efficiency and concentrate recovery rate. , Dosing in sections, increase the aeration strength of the flotation machine, reduce the flotation acceleration and stirring strength.

Fluorite concentrate is particularly widely used, adding sulfuric acid to make hydrofluoric acid is used in the chemical industry. The missile industry, aviation industry and motor industry will all be applied to hydrofluoric acid made from fluorite concentrate. In order to meet the major industrial demand, it is imperative to improve the utilization rate of fluorite raw materials. In the beneficiation industry, fluorite ore generally adopts flotation method to select concentrate. The following article details you about the different types of fluorite mineral flotation techniques.

Titanium is one of the important metals used in industrial production, national defense and daily life, and the production of its raw materials has also received extensive attention and attention. Among them, ilmenite, the main source of titanium resources, strengthening its sorting and recycling is one of the key measures to improve the production capacity of titanium raw materials. This article will introduce three kinds of ilmenite mineral dressing technologies, namely ilmenite gravity separation process, strong magnetic-gravity separation process and strong magnetic-flotation process.

Lithium ore mainly contains spodude pyroxene, lithium mica, lithium permeable feldspar and lithium phosphate alumina stone. Spodumene is a wide range of lithium minerals, which has the characteristics of large reserves and wide distribution. Spodumene is often accompanied by quartz and feldspar, so the flotation method is often used to separate and enrich the spodumene concentrate. This paper mainly introduces the flotation technique and the flotation agent used.

Titanium is an important metal, with good plasticity and high specific strength, which has great significance in multiple fields. The main source of titanium resources is ilmenite, so the development and utilization of ilmenite is very important. The beneficiation methods of ilmenite mainly include reseparation, magnetic separation, flotation, combined beneficiation and so on. In this paper, we will introduce the mineral dressing method of ilmenite to help you solve the problem of ilmenite ore.

Recently, the 2000TPD iron concentrate desulfurization plant was successfully completed. From the early stage of the project to the determination of the beneficiation scheme process and the final implementation of the beneficiation project, Xinhai adheres to the customer-first service attitude and adheres to the service concept of "what you need what we can do" to help customers build a high-quality mineral processing project.

As an important non-metallic mineral resource, fluorite is widely used. With the deepening of the development degree, the development of the associated fluorite mine is becoming more and more important. Among them, several minerals of calcite-barite-fluorite fluorite ore are similar, and the embedded granularity is generally fine, which belongs to a relatively difficult fluorite mine, so the flotation method is commonly used.

In antimony-bearing gold ores, the main target minerals are stibnite, natural gold, pyrite, arsenopyrite, etc. Pyrite and arsenopyrite are the main gold-carrying minerals. Some stibnite also contains gold, arsenopyrite and pyrite containing arsenic. Because the gold in the antimony-bearing gold ore is embedded in fine grains, the stibnite consumes cyanide and oxygen, so the flotation method is often used for recovery.

Excluding iron and whitening is an important means to improve the value and application effect of kaolin. Natural kaolin often reduces its whiteness due to various impurities. Common impurities mainly include organic matter, iron, titanium, dark ore, etc. Iron is often the main impurity that affects the whiteness of kaolin.

As one of the important industrial raw materials, quartz can be widely used in glass, building materials, plastics, electronic materials and other industries. However, for such fields as electronic technology, aerospace, optical fiber communication and military industry, the requirements for the purity of quartz sand are very high. Next, we

Pyrites mostly exist in sedimentary pyrite deposits, polymetallic pyrite deposits and skarn pyrite deposits. Pyrite includes pyrite, pyrite, pyrrhotite and other minerals, among which pyrite is more common. Pyrite resources are rich, so the economic rationality of beneficiation process should be considered when recovering. In the extraction process, pyrite is generally separated by flotation method. With the different properties of pyrite ores, single separation processes such as flotation and gravity separation or combined processes can be selected for recovery. In this article, we will take you to understand the pyrite ore extraction process.

Granite is a type of igneous rock, which is a crystalline rock formed by the gradual cooling and condensation of magma deep in the earth's crust. Its main mineral components are quartz, feldspar and mica. Its color is mostly yellow, flesh red, pink, etc., and occasionally gray. It can be widely used in glass, ceramics and other fields. However, for industrial application of granite, it is necessary to remove impurities and purify feldspar. So what is the ore processing flow of granite-type feldspar ore beneficiation? You can know about the process flow well from the following.