Vanadium titanium sand gravity separation technology

Vanadium titanium sand is an important metal ore mainly used in the manufacturing of steel, aerospace, chemical and other fields. However, during the mining and processing of vanadium titanium sand, it is often affected by impurities and varying particle sizes of the ore, leading to a decrease in its quality. In order to solve these problems, people have developed vanadium titanium sand gravity separation technology, which can effectively improve the quality and utilization rate of vanadium titanium sand.

1、 The principle of vanadium titanium sand gravity separation technology

The vanadium titanium sand gravity separation technology is a process of separating and purifying vanadium titanium sand using physical and chemical methods. The basic principle is to separate different properties of ores based on their physical properties such as density, magnetism, and electricity, in order to improve the quality of vanadium titanium sand.

2、 Operating Steps of Vanadium Titanium Sand Gravity Separation Technology

1. Ore crushing

Firstly, the collected vanadium titanium sand needs to be crushed to make its particle size uniform and facilitate subsequent sorting operations.

2. Re-selection separation

Gravity separation is the core step of vanadium titanium sand gravity separation technology, with the aim of separating ores with different properties. The specific operation steps are as follows:

(1) Gravity separation: use the density difference of ore to separate heavy minerals from light minerals. The settling speed of heavy minerals is fast, while that of light minerals is slow. The separation effect can be controlled by adjusting parameters such as water flow speed and slope.

(2) Magnetic separation: By utilizing the magnetic differences in ores, magnetic minerals are separated from non magnetic minerals. The specific operation method is to separate in a magnetic field, where magnetic minerals are adsorbed on the magnetic pole due to magnetic force, while non magnetic minerals are not affected.

(3) Electrical separation: By utilizing the difference in conductivity of ore, minerals with conductivity are separated from minerals without conductivity. The specific operation method is to separate in an electric field, where conductive minerals are adsorbed on the electrode by the action of electricity, while non conductive minerals are not affected.

3. Selected purification

After re selection and separation, it is also necessary to select and purify the separated minerals to achieve higher quality requirements. The specific operating methods include magnetic separation, flotation, gravity separation, etc. Different methods are selected for purification based on different mineral properties.

3、 Application prospects of vanadium titanium sand gravity separation technology

The vanadium titanium sand gravity separation technology has broad application prospects in the field of vanadium titanium sand processing. By using methods such as gravity separation, magnetic separation, and electrical separation, the quality and utilization rate of vanadium titanium sand can be effectively improved, production costs can be reduced, and economic benefits can be improved. In addition, the vanadium titanium sand gravity separation technology can also be applied to the separation and purification of other minerals, which has important scientific research and industrial application value.

4、 Conclusion

Vanadium titanium sand gravity separation technology is an effective mineral separation and purification method, which can improve the quality and utilization rate of vanadium titanium sand, reduce production costs, and has broad application prospects. In practical applications, it is necessary to select appropriate gravity separation techniques and operating methods based on specific mineral properties and production requirements to achieve the best separation and purification results.