Ultrasonic rotary vibrating screen is a device that uses ultrasonic technology and vibration force for screening. Based on the traditional vibrating screen, it can handle fine particles and viscous materials more effectively through the action of ultrasonic waves. Ultrasonic vibrating screens are widely used in chemical, food, pharmaceutical, ceramics, mining and other industries. It plays an important role in improving production efficiency, optimizing product quality and reducing maintenance costs.

The ultrasonic rotary vibrating screen has a single-layer of ultrasonic grid with two discharge port designs, and the double-layer ultrasonic grid is a tow two-type ultrasonic grid, three discharge port designs, and an external type ultrasonic instrument with two ultrasonic probes.

Features & Advantages

The feature and advantages of Ultrasonic rotary vibrating screen

1. Fine screening: Ultrasonic vibrating screen can achieve fine screening. By adjusting the ultrasonic frequency and amplitude, a specific screening particle size range can be selected as needed.

2. Self-cleaning ability: The ultrasonic vibrating screen has self-cleaning ability. The vibration of ultrasonic waves can prevent the screen from clogging and reduce the frequency of maintenance and cleaning.

3. Low noise: The ultrasonic vibrating screen produces lower noise during work, reducing interference to the working environment and operators.

4. Strong adjustability: The ultrasonic frequency and amplitude of the ultrasonic vibrating screen are adjustable and can be flexibly adjusted according to different materials and screening requirements.

Application

Ultrasonic vibrating screens can be used for screening and classifying a variety of materials, including but not limited to the following materials:

1. Powder materials: such as flour, sugar powder, protein powder, medicinal powder, chemical powder, etc.

2. Granular materials: such as plastic particles, rubber particles, ore particles, metal particles, food particles, etc.

3. Liquid materials: such as lotions, coatings, inks, juices, paints, etc.

4. Slurry materials: such as ceramic slurry, gypsum slurry, colloid slurry, ceramic tile slurry, etc.

5. High viscosity materials: such as colloidal materials, glue, paste materials, etc.

6. Fine particle materials: such as micro powder, nanoparticles, fine sand, powder coating, etc.

Product picture

FAQ

Q1: How to maintain and clean the ultrasonic vibrating screen?
A: When maintaining and cleaning the ultrasonic vibrating screen, you should pay attention to cutting off the power and ensuring that the screen and vibrating parts are in a safe state. The screen can be cleaned with appropriate detergent and soft cloth, and bolts should be checked and tightened regularly to ensure normal operation of the equipment.

Q2: How to choose suitable ultrasonic vibrating screen equipment?
A: When selecting ultrasonic vibrating screen equipment, factors such as material characteristics, humidity, and particle size distribution should be considered. The technical parameters and instructions of the equipment should also be consulted to ensure that the equipment can meet the screening requirements of the required materials.

Q3: What are the limitations of ultrasonic vibrating screens?
A: Ultrasonic vibrating screens may have some limitations when processing large particle materials and high viscosity materials. In addition, the cost of ultrasonic vibrating screens is relatively high and needs to be evaluated and selected based on actual needs.