Product Parameter

Features

1. High screening efficiency: Ultrasonic vibration can greatly enhance the movement and penetration ability of materials on the screen and improve screening efficiency, especially for fine particles and sticky materials.

2. High-precision screening: Ultrasonic vibration can cause the materials to produce tiny, high-frequency vibration fluctuations on the screen, thereby achieving finer screening and improving screening precision and classification accuracy.

3. Anti-clogging and anti-adhesion: Under the action of ultrasonic vibration, the adhesion and friction between the material and the screen are weakened, effectively preventing screen hole clogging and adhesion, and maintaining smooth screening.

4. Multifunctional application: Ultrasonic circular swing screen is suitable for screening and classifying various granular materials, and is widely used in chemical, food, pharmaceutical, metallurgy, mining and other industries.

5. Easy to operate and maintain: The ultrasonic circular swing screen has a simple structure, is easy to operate, the screen is easy to replace and clean, and has low maintenance costs.

Application

1. Ultrasonic circular swing screens are widely used in multiple industries. Here are some examples of application areas:

2. Chemical industry: used in the production process of chemical products such as fertilizers, plastics, rubber, pigments, and coatings.

3. Pharmaceutical industry: used for screening and grading of medicinal materials, as well as screening and fine grading in the production process of medicinal powders, granules and preparations.

4. Food processing: screening and grading flour, powdered sugar, cereals, coffee beans, etc.

5. Mining and metallurgical industry: It can be used to screen and classify ore, ore, tailings and other materials.

6. Building materials: It can be used to screen and classify granular materials such as sand, gravel, cement, and concrete.

7. Plastic and rubber industry: used for screening and classifying plastic particles and rubber particles.

Packing and shipping

The following aspects need to be paid attention to during the packaging and transportation process of ultrasonic circular swing screen:

1. Packing method: Usually, the ultrasonic circular swing screen will be packed in wooden boxes to protect the equipment from damage and the entry of particulate materials.

2. Identification and description: On the packaging, we will indicate the model, weight, size, etc. of the ultrasonic circular swing screen, as well as packaging and transportation precautions.

3. Transportation method: Ultrasonic circular swing screen can be transported by land, sea or air. Choose the appropriate transportation method based on the size, weight and transportation distance of the equipment, and ensure compliance with relevant transportation regulations and standards.

FAQ

Q1: What is the difference between the ultrasonic circular swing screen and the traditional circular swing screen?
A: Compared with the traditional circular swing screen, the ultrasonic circular swing screen introduces ultrasonic vibration technology.
Q2: What are the advantages of ultrasonic circular swing screen?
A: The ultrasonic circular swing screen has the advantages of high screening efficiency, high-precision screening, anti-clogging and anti-adhesion, and multi-functional applications. It can improve screening efficiency and accuracy and is suitable for processing various materials.

Q3: How to maintain and clean the ultrasonic circular swing screen?
A: When maintaining and cleaning the ultrasonic circular swing screen, you should first cut off the power supply and pay attention to safety. You can use a cleaning brush or compressed air to remove material residue on the screen; regularly check whether the ultrasonic converter and cables are normal; keep the equipment dry and clean.

Q4: How to choose a suitable ultrasonic circular swing screen?
A: When selecting a suitable ultrasonic circular swing screen, factors such as the nature of the material, screening requirements, output requirements, equipment size, etc. need to be considered.