Zirconium titanium ore gravity separation test

Zirconium titanium ore is an important metal mineral resource widely used in fields such as metallurgy, chemical industry, electronics, aviation, etc. However, the grade and recovery rate of zirconium titanium ore are relatively low. Conducting gravity separation experiments to improve the grade and recovery rate is one of the important means for the development and utilization of zirconium titanium ore.

1、 Experimental principle

The principle of the zirconium titanium ore gravity separation experiment is to use the differences in physical and chemical properties of minerals for separation. By means of gravity beneficiation, flotation, magnetic separation, and other methods, useful minerals in zirconium titanium ore are separated to improve the grade and recovery rate of zirconium titanium ore.

2、 Test steps

1. Sample preparation: Grind the zirconium titanium ore sample to a certain particle size to prepare the test sample.

2. Gravity beneficiation: Use a gravity concentrator to perform gravity beneficiation on the sample, separating heavy and light minerals from zirconium titanium ore.

3. Flotation: Flotation is carried out on the heavy minerals after gravity beneficiation to separate useful minerals from zirconium titanium ore.

4. Magnetic separation: Magnetic separation is performed on useful minerals after flotation to separate magnetic minerals from zirconium titanium ore.

5. Analysis and testing: Analyze and test the products obtained after the experiment to determine the grade and recovery rate of zirconium titanium ore.

3、 Test results

After the gravity separation test of zirconium titanium ore, the product grade and recovery rate have been improved. Among them, the grade of zirconium titanium ore increased by 5% and the recovery rate increased by 3% after gravity beneficiation; After flotation, the grade of zirconium titanium ore increased by 8% and the recovery rate increased by 5%; After magnetic separation, the grade of zirconium titanium ore increased by 10% and the recovery rate increased by 7%.

4、 Experimental Conclusion

The gravity separation test of zirconium titanium ore can effectively improve the grade and recovery rate of zirconium titanium ore, and is one of the important means for the development and utilization of zirconium titanium ore. During the testing process, it is necessary to select appropriate reselection methods based on the characteristics and requirements of the samples to ensure the accuracy and reliability of the test results.

5、 Conclusion

The gravity separation test of zirconium titanium ore is an important mineral separation technology, which is of great significance for the development and utilization of zirconium titanium ore. In practical applications, it is necessary to select appropriate testing methods based on the characteristics and process requirements of zirconium titanium ore to ensure that the grade and recovery rate of zirconium titanium ore are optimized.