Titanium zirconium sand gravity separation method

Titanium zirconium sand gravity separation method

Titanium zirconium sand is a common mineral resource widely used in industries such as architecture, ceramics, and glass. However, titanium zirconium sand is often affected by impurities during mining and processing, leading to a decrease in its quality. Therefore, it needs to be re selected. This article will introduce several common methods of titanium zirconium sand gravity separation.

1. Re selection method

The heavy medium separation method is a commonly used method for the heavy separation of titanium zirconium sand. This method utilizes different densities of heavy media to separate titanium zirconium sand and impurities. Heavy media generally use Baryte, heavy iron ore and other materials, with a density of 3.5~5.0g/cm ³ Between. The operating steps of the heavy medium selection method are as follows:

1. Mix titanium zirconium sand with heavy medium, stir evenly, and place it in the heavy medium separator.

2. Turn on the heavy medium separator, adjust the water flow rate and heavy medium concentration to separate titanium zirconium sand and impurities.

3. Collect the titanium zirconium sand after heavy medium separation and proceed with the next step of processing.

2、 Electroselection method

Electric separation method is a method of separating titanium zirconium sand and impurities using electric field force. This method is suitable for situations where the electrical properties of titanium zirconium sand and impurities differ significantly. The operating steps of the electric separation method are as follows:

1. Mix titanium zirconium sand with impurities and place it in the electric separator.

2. Turn on the electric separator, adjust the electric field strength and water flow speed to separate titanium zirconium sand and impurities.

3. Collect the titanium zirconium sand after electrical separation and proceed with the next step of processing.

3、 Gravity selection method

Gravity separation method is a method that uses gravity to separate titanium zirconium sand and impurities. This method is suitable for the case where the density of titanium zirconium sand differs greatly from that of impurities. The operation steps of gravity selection method are as follows:

1. Mix titanium zirconium sand with impurities and place it in a gravity separator.

2. Turn on the gravity separator, adjust the water flow speed and gravity field intensity to separate titanium zirconium sand and impurities.

3. Collect the titanium zirconium sand after gravity selection and proceed with the next step of processing.

4、 Flotation method

Flotation method is a method of separating titanium zirconium sand and impurities using bubbles. This method is suitable for situations where the specific gravity difference between titanium zirconium sand and impurities is small, but the surface properties differ greatly. The operation steps of the flotation method are as follows:

1. Mix titanium zirconium sand with impurities and place it in a flotation machine.

2. Start the flotation machine, inject bubbles, adjust the water flow rate and bubble size to separate titanium zirconium sand and impurities.

3. Collect the titanium zirconium sand after flotation and proceed with the next step of processing.

summary

The above introduces several common methods for gravity separation of titanium zirconium sand, including heavy medium separation, electric separation, gravity separation, and flotation. These methods have their own advantages and disadvantages, and it is necessary to choose the appropriate method based on the specific situation. During the operation process, it is necessary to pay attention to adjusting parameters to ensure the reselection effect. I hope this article is helpful to you.

Titanium zirconium sand gravity separation method