Manganese Ore Dressing Process
In the manganese ore dressing process, Kaiyun Intelligent Equipment mainly adopts magnetic separation process, which is divided into two stages: strong magnetic roughing and medium magnetic concentration, which effectively separates useful minerals in manganese ore and improves the grade and utilization rate of ore.
Hematite Beneficiation Process
According to the characteristics of hematite beneficiation process, it can be divided into roasting magnetic separation process, flotation process, weak magnetic-strong magnetic process, strong magnetic flotation process and gravity-magnetic-flotation combined process.
Magnetite Dressing Process
Magnetite dressing process can be applied to single magnetite ore with simple ore properties.
Barite Beneficiation Process
Barete is brittle and fragile, and the crystals are large tubular. The general beneficiation methods for barite selection are gravity separation, magnetic separation, and flotation.
Feldspar Ore Dressing Process
The feldspar beneficiation process is suitable for potassium feldspar, sodium feldspar and nepheline syenite, etc.
Fluorite Flotation Process
Fluorite flotation process can be applied to fluorite ores with complex ore properties such as high mud content in the original ore, symbiosis of impurity minerals and fluorite, and fine particle size of useful minerals.
Graphite Ore Dressing Process
The graphite ore dressing process is mainly applicable to various graphite ores with different crystal forms and graphite ores with silicate minerals such as mica or pyrite.
Wolframite Beneficiation Process
Wolframite beneficiation technology is especially suitable for ore with unevenly distributed grain sizes.
Scheelite Beneficiation Process
Scheelite beneficiation can be performed using various methods such as gravity separation, magnetic separation, and flotation. Scheelite has good floatability, but it often occurs with calcium-bearing gangue minerals that have similar properties, making the flotation process relatively complex. The beneficiation methods and processes used vary according to the type and properties of the ore.
Cu-Pb-Zn Ore Beneficiation Process
Cu-Pb-Zn Ore Beneficiation Process adopts a mixed flotation-concentrate regrinding process, which aims to reduce the grinding cost, is easy to manage, and uses new non-toxic flotation reagents to achieve an efficient and environmentally friendly beneficiation process.
Tin Ore Beneficiation Process
Tin ore is usually separated by gravity separation because its density is greater than that of the associated minerals. However, since the ore may contain various iron oxide minerals (such as magnetite, hematite, etc.), these minerals are difficult to be effectively separated from the tin ore by gravity separation or flotation, so magnetic separation or flotation methods are also needed.
Gold Carbon In Pulp (CIP) Process
The Gold Carbon in Pulp(CIP)process, a highly efficient and environmentally friendly gold extraction technique, involves the adsorption of gold by activated carbon directly from cyanide slurry. The gold is then extracted through desorption and electrolysis processes. This method is known for its simplicity, low cost, and excellent environmental performance.