Flow Chart of Binhai Zirconium Titanium Sand Gravity Separation

Flow Chart of Binhai Zirconium Titanium Sand Gravity Separation

Binhai zirconium titanium sand is an important mineral resource widely used in fields such as aerospace, shipbuilding, and nuclear power. In coastal areas, zirconium and titanium sand resources are abundant, but their grade is relatively low, and high grade zirconium and titanium ore can only be obtained through heavy beneficiation. This article will introduce the process diagram of the re selection of coastal zirconium titanium sand to help readers understand the re selection process of zirconium titanium sand.

1、 Overview of Binhai Zirconium Titanium Sand Gravity Separation Flow Chart

The gravity separation process diagram of Binhai Zirconium Titanium Sand mainly includes magnetic separation, gravity separation, flotation and other links. Among them, magnetic separation is the separation of magnetic minerals from zirconium titanium sand, gravity separation is the separation of non magnetic minerals from zirconium titanium sand, and flotation is the separation of impurities such as phosphates from zirconium titanium sand. The entire gravity separation process requires multiple separations to obtain high-grade zirconium titanium ore.

2、 Detailed Explanation of Binhai Zirconium Titanium Sand Gravity Separation Flow Chart

1. Magnetic separation process

Magnetic separation is the process of separating magnetic minerals from zirconium titanium sand. Firstly, zirconium titanium sand is fed into the magnetic separator, and through the action of a magnetic field, magnetic minerals are adsorbed on the magnetic poles, while non magnetic minerals are not affected and are excluded. After magnetic separation, the magnetic minerals in zirconium titanium sand were effectively separated, providing a foundation for the subsequent gravity separation process.

2. Re selection process

Re selection is the process of separating non magnetic minerals from zirconium titanium sand. In the re selection process, it is first necessary to perform rough selection on zirconium titanium sand to separate the large particle minerals in the sand. Then, the zirconium titanium sand is fed into the gravity separator, and the non magnetic minerals are separated by the action of gravity and the impact of water flow. In the process of gravity separation, it is necessary to perform multiple separations based on different density, specific gravity, and other factors in order to obtain high-grade zirconium titanium ore.

3. Flotation process

Flotation is the process of separating impurities such as phosphates from zirconium titanium sand. In the flotation process, it is first necessary to send zirconium titanium sand into the flotation cell and add reagents to cause impurities such as phosphates to react chemically with the reagents, forming bubbles and floating the impurities. Then, the floating impurities are separated from the zirconium titanium sand through mechanical vibration and other methods. After the flotation process, impurities such as phosphates in zirconium titanium sand were effectively separated.

III. Conclusion

The flowchart of the Binhai Zirconium Titanium Sand gravity separation process is an important reference for the production and processing of Zirconium Titanium Sand. In actual production, it is necessary to flexibly apply various sorting techniques based on different ore properties and processing requirements to achieve the best sorting effect.

Flow Chart of Binhai Zirconium Titanium Sand Gravity Separation