Ultrasonic Test Sieve

What is Ultrasonic Test Sieve?

Ultrasonic Test Sieve is an efficient screening tool that uses the principle of ultrasonic vibration to screen materials. It uses high-frequency vibration to accurately separate materials, and the screening efficiency is as high as 99%. At the same time, Ultrasonic Test Sieve also has the advantages of high screening precision, fast screening speed, low noise and easy cleaning. It is widely used in food, chemical, pharmaceutical, building materials and other industries, and is especially suitable for screening high-precision materials that are prone to static electricity.

Function of Ultrasonic Test Sieve

① Precise particle sieving: By adjusting the parameters of Ultrasonic Test Sieve, high-precision particle size sieving can be achieved.

② Automatic operation: Ultrasonic Test Sieve can be connected with automatic equipment such as computers to realize automatic operation control.

③ Easy maintenance: Ultrasonic Test Sieve is easy to maintain, easy to clean and maintain.

④ Versatility: Ultrasonic Test Sieve can be applied to the screening of various granular materials and has a high degree of adaptability.

Ultrasonic Test Sieve Application

Ultrasonic Test Sieve can be used in material research, pharmaceutical industry, food industry, chemical industry and other fields. In the pharmaceutical industry, ultrasonic test sieves can be used to sieve pharmaceutical raw materials, excipients and preparations; in the food industry, they can be used to sieve flour, powdered sugar, condiments, etc.; in the chemical industry, they can be used to sieve various chemical raw materials .

What are the Advantages of Ultrasonic Test Sieve?

1. Good screening effect: By optimizing the structure design of the screen, it can effectively prevent the phenomenon of stuck screen, screen sticking, etc., thereby improving the screening area and screening efficiency.

2. Easy to operate: The equipment adopts a digital control system, and the user only needs to operate simple buttons to complete the screening process and obtain reliable screening results.

3. Wide range of application: Ultrasonic test sieve is suitable for screening of various materials, including powder, granule, fiber, etc. At the same time, it is also capable of testing multiple indicators such as sieve analysis, particle size distribution, and specific surface area.

Ultrasonic Test Sieve has the following advantages over traditional Test Sieve:

1. High screening efficiency: Ultrasonic anti-clogging screen technology is used to separate screened materials quickly and efficiently.

2. High sieving precision: the sieve holes are designed scientifically, and the sieving results are accurate and reliable.

3. Good anti-blocking performance: Ultrasonic waves can effectively destroy the particle structure on the sieve wall and prevent materials from adhering.

4. Easy to operate: the equipment integrates a variety of intelligent control technologies, and the operation is simple and convenient.

5. Low maintenance cost: low equipment energy consumption, low maintenance cost, and little impact on the environment.

How does Ultrasonic Test Sieve work?

The working principle of Ultrasonic Test Sieve is to place the particle sample on the sieve and vibrate transversely through ultrasonic waves to cause friction between the particles and the sieve, so as to realize the screening, separation and particle size analysis of particles.

Specifically, Ultrasonic Test Sieve is mainly composed of core components such as resonators, generators, sensors, screen frames and screens. Among them, the resonator is responsible for oscillating the screen, the sensor senses the movement of particles on the screen, establishes a dynamic model, and the generator adjusts the amplitude, frequency and vibration mode to realize the adjustment of screening accuracy. When the ultrasonic wave acts on the particle sample, due to the high energy and high frequency of the ultrasonic wave, the interaction force between the particle and the screen will be increased, and the friction force and mutual bonding force between the particles will also be reduced, so that It can be screened with smaller sieve holes, so as to obtain more accurate particle distribution and particle size analysis results.