Circular Fine Powder Vibratory Sifter Sieve Machine Ultrasonic
Vibrating Screen
Product Description
Circular Fine Powder Vibratory Sifter Sieve Machine Ultrasonic
Vibrating Screen is able to convert electric energy with 220V,50Hz or110V,60Hz into
high frequency electric energy with 18KHz and then puts it into
ultrasonic energy exchanger to make it change into mechanical
virbration with 18KHz and attains the purpose of high effciency
sieve and cleaning mesh, which makes it easy to sieve the superfine
powder. This system uses a low amplitude, high frequency ultrasonic
vibrating wave(mechanical wave)on the sieve mesh by the traditional
vibrating sieve to mprove the sieving abilities of superfine
powder.This product is suitable for the users who demand the high
additional value and fine powder.
The below table shows the detailed data of different models of Circular Fine Powder Vibratory Sifter Sieve Machine Ultrasonic
Vibrating Screen for you reference, and we will choose a suitable model according to
your specific materials and application.
| Model | Effective diameter
(mm) | Effective area
(m2) | Mesh size
(mesh) | Layers | Power
(kw) |
| CZS600 | φ540 | 0.2289 | 100~500 | 1~5 | 0.37 |
| CZS800 | φ730 | 0.4183 | 0.55 |
| CZS1000 | φ900 | 0.6359 | 1.1 |
| CZS1200 | φ1100 | 0.9499 | 1.1 |
| CZS1500 | φ1400 | 1.5386 | 1~4 | 1.5 |
| CZS1800 | φ1710 | 2.2687 | 1~3 | 3 |
| CZS2000 | φ1910 | 2.7922 | 1~3 | 3 |
Circular Fine Powder Vibratory Sifter Sieve Machine Ultrasonic
Vibrating Screen consists of cover, inlet, outlet, screen frame, ultrasonic screen,
vibrating motor, vibrator, controller, and so on.
Circular Fine Powder Vibratory Sifter Sieve Machine Ultrasonic
Vibrating Screen is widely used in food industry, mining industry, chemical industry, medical industry, waste
treatment, etc. Main functions are removing impurity, filtering,
classification of material, solid-liquid separation, screening.
Circular Fine Powder Vibratory Sifter Sieve Machine Ultrasonic
Vibrating Screen has following features:
1. Fine sieving of sticky and difficult materials
2. Saving time for cleaning screen
3. Eliminating the pollution of bouncing balls to materials
4. Keeping screen mesh size & stabilizing sieving precision
5. Disintegrating adhesive materials, reducing the coarse materials
6. Decreasing sieving times
