Selection process of zirconium titanium sand

Selection process of zirconium titanium sand

Zirconium titanium sand is an important metal mineral widely used in aerospace, shipbuilding, automotive, electronics, chemical and other fields. The quality of zirconium titanium sand is crucial for its application performance, so the selection process of zirconium titanium sand is particularly important. This article will introduce an efficient zirconium titanium sand selection process.

Principle of Selection of Zirconium Titanium Sand

The selection principle of zirconium titanium sand is based on the differences in its weight and physical properties, using mechanical principles such as gravity, centrifugal force, magnetic force, and electricity for separation. In practical applications, methods such as heavy medium separation, magnetic separation, and electrostatic separation are mainly used.

2、 Selection process steps of zirconium titanium sand

1. Selection of raw materials

Firstly, it is necessary to choose zirconium titanium sand raw material, which requires stable quality, high content of zirconium and titanium elements, and no other impurities.

2. Crushing

Crush the raw materials to form particles of a certain size. The crushing process needs to control the crushing time and particle size to ensure the subsequent sorting process.

3. Heavy medium separation

Put the crushed zirconium and titanium sand into the heavy medium liquid, and sink the zirconium and titanium sand particles with higher density into the liquid surface through the gravity Separation principle, while the impurities with lower density float on the liquid surface.

4. Magnetic separation

Magnetic separation treatment is carried out on the zirconium titanium sand separated from the heavy medium, and magnetic materials are used to separate the magnetic impurities in the zirconium titanium sand. During the magnetic separation process, it is necessary to control the magnetic field intensity and separation time to ensure the magnetic separation effect.

5. Electrostatic separation

Electrostatically separate the magnetically separated zirconium titanium sand, and use electrostatic force to separate the statically charged zirconium titanium sand particles. During the electrostatic separation process, it is necessary to control the separation voltage and separation time to ensure the separation effect.

6. Selected finished products

After the above process treatment, the obtained zirconium titanium sand has high quality and can be directly used for production and application in related fields.

3、 Advantages of Zirconium Titanium Sand Selection Process

1. Good selection effect

By using various separation methods such as heavy medium separation, magnetic separation, and electrostatic separation, impurities in zirconium titanium sand can be effectively separated and the quality of the finished product can be improved.

2. Simple process

The selection process of zirconium titanium sand is simple, easy to operate, and does not require high-end equipment and technology.

3. Low cost

Compared to other selection processes, the zirconium titanium sand selection process has lower costs, can reduce production costs, and improve economic benefits.

4、 Application prospects of zirconium titanium sand selection process

With the continuous development of aerospace, shipbuilding, automotive, electronics, chemical and other fields, the demand for zirconium titanium sand is also increasing. The application prospects of the zirconium titanium sand selection process are broad, providing high-quality raw material support for production and application in related fields.

Summary:

The zirconium titanium sand selection process is an important separation process that can effectively improve the quality of zirconium titanium sand, reduce production costs, and improve economic benefits. High quality zirconium titanium sand products can be obtained through various separation methods such as heavy medium separation, magnetic separation, and electrostatic separation, providing important raw material support for production and application in related fields.

Selection process of zirconium titanium sand