Gravity separation test of titanium zirconium sand

Gravity separation test of titanium zirconium sand

With the continuous development of technology, people's demand for materials is also increasing, and as an important material, titanium zirconium sand has an increasingly wide range of applications. However, in the production process of titanium zirconium sand, it is necessary to sort it to ensure its quality and stability of composition. The gravity separation test of titanium zirconium sand is a commonly used separation method. This article will introduce the operational steps and precautions for the gravity separation test of titanium zirconium sand.

1、 Experimental principle

The gravity separation experiment of titanium zirconium sand is to use the different settling velocities of materials in the gravity field to divide the materials into components with different densities. In the experiment, by adjusting the angle of the inclined plane and the flow rate of water, different settling velocities of materials are formed on the inclined plane. Then, by collecting materials of different densities, the purpose of sorting is achieved.

II. Test Steps

1. Preparation work

Firstly, it is necessary to prepare the equipment and materials required for the experiment, including inclined surfaces, water tanks, water pumps, water pipes, specimens, etc. Before the experiment, it is necessary to clean and disinfect the equipment to ensure the accuracy of the experiment.

2. Test operation

Add the sample to the feed port of the inclined plane, and then adjust the angle of the inclined plane and the flow rate of the water, so that the material will have different settling speeds on the inclined plane. During the experiment, it is necessary to continuously adjust the angle of the slope and the flow rate of the water flow to ensure the accuracy of the experiment.

3. Collect materials

Collect and separate materials with different densities based on the experimental results. Generally speaking, materials with higher density will settle to the lower part of the slope, while materials with lower density will settle to the upper part of the slope. Therefore, the purpose of sorting can be achieved by collecting materials from different locations.

3、 Precautions

Before the experiment, it is necessary to clean and disinfect the equipment to ensure the accuracy of the experiment.

During the experiment, it is necessary to continuously adjust the angle of the inclined plane and the flow rate of the water flow to ensure the accuracy of the experiment.

3. When collecting materials, attention should be paid to the separation between materials of different densities to avoid errors.

4、 Conclusion

The gravity separation test of titanium zirconium sand is a commonly used separation method, which can divide materials into components with different densities by adjusting the angle of the inclined plane and the flow rate of water. During the experiment, attention should be paid to equipment cleaning and disinfection, adjustment of slope angle and water flow rate, and collection and separation of materials. Through reasonable experimental operations, accurate test results can be obtained, providing strong support for the production and application of titanium zirconium sand.

Gravity separation test of titanium zirconium sand