Method for gravity separation of vanadium titanium ore

Method for gravity separation of vanadium titanium ore

Vanadium titanium ore is an important industrial raw material widely used in fields such as metallurgy, chemical industry, electronics, etc. Due to the complex composition of vanadium titanium ore and the presence of many impurities that are difficult to separate, gravity separation is required during the processing. This article will introduce several commonly used vanadium titanium ore gravity separation methods to help readers better understand the processing process of vanadium titanium ore.

1、 Heavy medium selection method

The heavy medium separation method is a commonly used method for vanadium titanium ore gravity separation, which is based on the separation of ores through media of different densities. This method is suitable for situations where vanadium titanium ore contains a large amount of magnetic substances. The specific operation steps are as follows:

1. Crush the vanadium titanium ore to a certain particle size and perform dry magnetic separation to remove magnetic substances from it.

2. Mix the ore with the heavy medium and place it in the heavy medium separator for separation.

3. The separated heavy medium and ore are fed into different sorting machines for further separation until the required purity is obtained.

2、 Flotation method

Flotation method is a commonly used method for vanadium titanium ore gravity separation, which is based on the principle of separating the ore through bubbles. This method is suitable for situations where vanadium titanium ore contains a large amount of non-magnetic substances. The specific operation steps are as follows:

1. Crush the vanadium titanium ore to a certain particle size and perform dry magnetic separation to remove magnetic substances from it.

2. Mix the ore with the reagent and place it in a flotation cell.

3. Inject bubbles into the flotation cell to make the ore float and be adsorbed on the flotation foam together with the bubbles.

4. Collect the flotation foam and conduct flotation for many times until the required purity is obtained.

3、 Gravity magnetic separation method

The gravity magnetic separation method is a commonly used method for vanadium titanium ore gravity separation, which is based on the separation of the ore through magnetism and gravity. This method is suitable for situations where vanadium titanium ore contains more magnetic and heavier substances. The specific operation steps are as follows:

1. Crush the vanadium titanium ore to a certain particle size and perform dry magnetic separation to remove non magnetic substances from it.

2. Mix the ore with the heavy medium and place it in a gravity magnetic separator for separation.

3. The separated heavy medium and ore are fed into different sorting machines for further separation until the required purity is obtained.

The above three methods are commonly used for vanadium titanium ore gravity separation, and the specific selection method needs to be determined based on the composition and properties of the ore. During the re selection process, it is also necessary to pay attention to maintaining a clean and hygienic operating environment to avoid contamination by impurities. At the same time, adjustments and improvements need to be made according to the actual situation to improve the processing efficiency and quality of vanadium titanium ore.

In summary, the vanadium titanium ore gravity separation method is an important link in the vanadium titanium ore processing process. By selecting appropriate gravity separation methods, the purity and quality of the ore can be effectively improved, providing better guarantees for the application of vanadium titanium ore.

Method for gravity separation of vanadium titanium ore