Binhai Zirconium Titanium Ore Gravity Separation Experiment

Binhai zirconium titanium ore is an important mineral resource widely used in fields such as ceramics, electronics, aerospace, etc. However, the impurity elements in coastal zircon titanium ore will affect its quality and application effect, so gravity concentration experiment is needed. This article will introduce the operating steps and precautions for the gravity separation experiment of Binhai zirconium titanium ore.

1、 Experimental materials and equipment

1. Binhai zirconium titanium ore sample

2. Selective agent for tungsten molybdenum ore

3. Sodium acetate

4. Copper(II) sulfate

5. Activated carbon

6. Magnetic separator

7. Shaker

8. Electronic balance

2、 Experimental steps

1. Sample grinding

Grind the coastal zirconium titanium ore sample into powder and select fine powder with a particle size below 0.074mm for future use.

2. Mineral processing test

Mix the ground coastal zirconium titanium ore sample with tungsten molybdenum ore selective reagents for beneficiation experiments. During the test, minerals with high content of impurity elements shall be separated according to the density difference and surface properties of minerals.

3. Magnetic Separation Experiment

Conduct magnetic separation experiments on mineral samples separated from beneficiation experiments. The magnetic separator separates magnetic minerals from non magnetic minerals through the action of a magnetic field. In the magnetic separation experiment, the mineral should be sorted according to its magnetism and Magnetic flux density.

4. Re-selection experiment

Conduct gravity separation experiments on the samples of coastal zirconium titanium ore that have undergone mineral processing and magnetic separation. In the experiment, minerals with high content of impurity elements should be separated according to their density and surface properties. The reselection experiment can be conducted using a shaker or centrifuge.

5. Concentrate processing

Fine process the coastal zirconium titanium ore concentrate separated from the gravity separation experiment. Fine processing can be carried out using methods such as flotation and gravity separation. In the process of finishing, minerals with high content of impurity elements should be separated according to the density and surface properties of minerals.

3、 Precautions

During the experiment, attention should be paid to safety to avoid accidents such as chemical splashing and mechanical injury.

2. In the experiment, attention should be paid to the sorting rules of minerals, and sorting should be carried out based on their density and surface properties to achieve better sorting results.

During the experiment, attention should be paid to the debugging and maintenance of the equipment to ensure its normal operation.

4、 Conclusion

Through the gravity concentration experiment of coastal zircon and titanium ore, minerals with high impurity element content can be effectively separated, and the quality and application effect of coastal zircon and titanium ore can be improved. During the experimental process, attention should be paid to operating standards and equipment maintenance to obtain better experimental results.