Apatite Vibro Sifter

What isapatitevibro sifter?

Apatitevibro sifter is a mechanical vibration screen that is widely used in the process of screening and grading. It adopts high -frequency vibration and ultrasonic vibration technology, which can effectively screen the impurities or uneven materials in phosphorite particles to improve the quality and quality of alumintestones. The vibro sifter in apatite is applied in the fields of chemical, food, mines and building materials.

What is the structure of apatitevibro sifter？

Apatite vibro sifter is mainly composed of the following parts:

Camel: consisting of framework and screen network. The screen network is usually woven from stainless steel wire, which has the characteristics of corrosion resistance and high temperature resistance.

Vibration motor: The vibration power generated by the vibration motor produces high -frequency vibration to achieve a screening effect.

Vibration reduction spring: The vibration motor and the sieve box are connected by the vibration reduction spring, which can reduce the transmission of vibration to the bracket and reduce vibration noise and damage.

Side: The part of the support sieve box and vibration motor is usually made of steel.

The feed inlet and outlet: The location and position of the inlet and the inlet of the vibration sieve of apatite are set according to the needs of the use.

The entire equipment structure is simple and compact, easy to operate and maintain, and can effectively realize the screening and filtering of materials.

What is the principle of apatitevibro sifter？

The working principle of the vibro sifter in the apatite is to use the vibrator to generate the sieve surface in the sieve to generate vibration, so that the material is performed on the sieve surface to separate the material into particles of different sizes. Specific steps are as follows:

1. The vibrator in the sieve will generate high -frequency vibration to make the material move on the sieve surface.

2. As the vibration is performed, the material will be divided into three parts: the fine particles of the sieve holes, the large particles that are not through the sieve holes, and the medium particles that are not separated through the sieve holes.

3. The thick particles fall into the warehouse below through gravity, while the fine particles fall into the collector below through the sieve holes.

4. Medium particles will continue to roll upward under the action of vibration, and finally fall into the fine particles that have just passed through the sieve holes to complete the secondary screening.

What is the feature and benefit of apatitevibro sifter?

1. High accuracy: The vibro sifter of apatite uses advanced vibration dynamic analysis technology, which has a high -precision screening effect.

2. Large treatment volume: The vibro sifter of apatite is designed with a multi -layer screen surface, which effectively improves the screening efficiency and processing.

3. Automatic cleaning: A limestone vibro sifter can be equipped with automatic cleaning device to achieve automatic cleaning sieve surface and improve work efficiency and equipment service life.

4. Adjustable amplitude: The vibration amplitude of the vibration of the apatite can be adjusted according to actual needs to meet the screening needs of different materials.

5. High reliability: The vibro sifter of apatite is made of high -quality materials. It has high wear resistance and corrosion resistance, long service life, and low maintenance costs.

6. A variety of application areas: The vibro sifter in apatite is widely used in materials screening and grading in the fields of mines, metallurgy, chemical industry, building materials.

What is the application of apatitevibro sifter?

Apatite vibro sifter is widely used in screening operations in industries such as apatite, ore, coal, building materials, chemical industry. For example, in the mine industry, the vibro sifter of limestone can sieve ore; in the building materials industry, apatite vibro sifter can be sieved of cement and other materials.

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