Zirconium titanium sand gravity separation technology

Zirconium titanium sand gravity separation technology

Zirconium titanium sand is an important mineral resource widely used in fields such as metallurgy, chemical industry, electronics, aviation, etc. However, the grade of zirconium titanium sand is relatively low, usually only around 30%, which limits its application in high-end fields. Therefore, improving the grade of zirconium titanium sand is an important task. This article will introduce the zirconium titanium sand gravity separation technology, which is an effective method to improve the grade of zirconium titanium sand.

1、 The principle of zirconium titanium sand gravity separation technology

The zirconium titanium sand gravity separation technology is a physical method that separates impurities from zirconium titanium sand and improves the grade of zirconium titanium sand. The principle of this technology is to utilize the different settling velocities of minerals with different densities in zirconium titanium sand in the gravity field for separation. Specifically, it means that the zirconium titanium sand ore is sorted through multiple stages such as rough selection, intermediate selection, and selection to separate minerals with different densities and improve the grade of zirconium titanium sand.

2、 Operating Steps of Zirconium Titanium Sand Gravity Separation Technology

1. Rough selection: Conduct rough selection of zirconium titanium sand ore to remove larger stones and impurities. Usually, a heavy medium separation method is used, which involves soaking zirconium titanium sand ore in a heavy medium to separate minerals of different densities in a gravity field.

2. Intermediate selection: Conduct intermediate selection on the roughly selected zirconium titanium sand to remove smaller impurities. Usually, the vibrating screening method is used, which involves placing zirconium titanium sand ore on a vibrating screen and using the principle of screening to remove smaller impurities.

3. Selection: Select the selected zirconium titanium sand and separate minerals with different densities. Usually, the heavy medium separation method or centrifugal separation method is used, which involves soaking zirconium titanium sand ore in a heavy medium or placing it in a centrifuge to separate minerals of different densities in a gravity field.

4. Magnetic separation: Conduct magnetic separation on the selected zirconium titanium sand to remove magnetic impurities. Usually, high-strength magnetic separators are used for magnetic separation to separate magnetic impurities from zirconium titanium sand.

5. Re selection: The magnetically separated zirconium titanium sand is re selected to remove heavy minerals. Usually, heavy minerals are separated from zirconium titanium sand using heavy medium separation or centrifugal separation methods.

3、 Application Prospects of Zirconium Titanium Sand Gravity Separation Technology

Zirconium titanium sand is an important mineral resource widely used in fields such as metallurgy, chemical industry, electronics, aviation, etc. However, the grade of zirconium titanium sand is relatively low, usually only around 30%, which limits its application in high-end fields. The zirconium titanium sand gravity separation technology can effectively improve the grade of zirconium titanium sand, making it more suitable for high-end applications. Therefore, the zirconium titanium sand gravity separation technology has broad application prospects.

4、 Conclusion

The zirconium titanium sand gravity separation technology is an effective method for improving the grade of zirconium titanium sand. This technology separates impurities from zirconium titanium sand through physical methods to improve the grade of zirconium titanium sand. The operational steps of zirconium titanium sand gravity separation technology include coarse separation, intermediate separation, selection, magnetic separation, and gravity separation. The zirconium titanium sand gravity separation technology has broad application prospects, which can improve the grade of zirconium titanium sand and make it more suitable for high-end applications.

Zirconium titanium sand gravity separation technology