Flow chart of zirconium titanium sand ore selection

Zirconium titanium sand is an important metal mineral resource, mainly used for manufacturing high-temperature alloys, refractory materials, electronic materials, etc. In the mining process of zirconium titanium sand, it is necessary to select it to improve its grade and reduce impurity content. This article will introduce the flowchart and operating steps of zirconium titanium sand ore selection.

I. Flow Chart of Zirconium Titanium Sand Ore Selection

The flow chart of zirconium titanium sand ore selection is as follows:

Raw material crushing, screening, gravity separation, magnetic separation, and electric separation of concentrate

2、 Operation steps for selecting zirconium titanium sand ore

1. Raw material processing

The raw materials of zirconium titanium sand ore need to be crushed and screened to remove large blocks of ore and impurities. Usually, equipment such as jaw crushers, cone crushers, and impact crushers are used for crushing, and then sieved through a vibrating screen.

2. Reselection

gravity separation is an important step in the selection of zirconium titanium sand ore, with the aim of separating iron and titanium minerals from the ore. Usually, the heavy medium beneficiation method is used for gravity separation, where the ore is placed in the heavy medium and iron and titanium minerals are separated according to different specific gravity.

3. Magnetic separation

Magnetic separation is the process of separating magnetic minerals from ores. The common magnetic minerals in zircon titanium placer are Magnetite, Hematite, etc. Usually, a wet magnetic separator is used for magnetic separation, where the ore is placed in a magnetic field, and magnetic minerals are adsorbed on the magnetic poles, while non magnetic minerals flow out.

4. Electrical selection

Electrical separation is the process of separating conductive minerals from ores. Common conductive minerals in zircon titanium placers include zircon, monazite, and so on. Usually, high-voltage electrostatic sorting machines are used for electrical separation. The ore is placed in a high-voltage electrostatic field, and conductive minerals are adsorbed on the electrode, while non conductive minerals flow out.

5. Concentrate

After gravity separation, magnetic separation, and electrical separation, the iron minerals, titanium minerals, and conductive minerals in zirconium titanium placer ore have been effectively separated, and the ore grade has been improved. Finally, the obtained concentrate can be dried, packaged, and sold as a product.

3、 Summary

The selection of zirconium titanium sand ore is a complex process that requires the use of various equipment and methods for separation. This article introduces the flowchart and operating steps of zirconium titanium sand ore cleaning, hoping to have an understanding of the cleaning process of zirconium titanium sand ore.