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Product Details:
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| Name: | High Frequency Ultra-fine Powder Ultrasonic Vibrating Sieve Machine | Condition: | New |
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| Weight: | Avariable | Frequency: | 50Hz Or 60Hz |
| Motor: | Vibrating Type Motor | Function: | Separating/classifying/filtering |
| Capacity: | 45-900TPH | Material: | Carbon Steel |
| High Light: | ultrasonic vibro sifter,vibrating screen machine |
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High frequency ultra-fine powder ultrasonic vibrating sieve machine
Description
High frequency ultra-fine powder ultrasonic vibrating sieve machine attached to the screen on the ultrasonic vibration wave (mechanical wave), makes the ultra micro powder accept huge ultrasonic acceleration, thus inhibiting adhesion, friction, flat, wedging screen blocking factors, such as can obviously improve the screening efficiency and network efficiency.
Working Principle
High frequency electric is generated by ultrasonic vibration sieve source through the transducer into longitudinal oscillation of high frequency sine form, those sasser spread to reasonator, and generate resonance, then vibration evenly transmitted to the screen surface by the resonator.Raw material doing low-frequency Three-D vibration, while ultrasonic vibrations, can prevent clogging screen mesh, but also improve the capacity and accuracy of screening.
High frequency ultra-fine powder ultrasonic vibrating sieve machine is a new vibrating sieve machine combining ultrasonic generator and round separator, in addition to three-dimensional round separator itself, Ultrasonic round separator overlaps ultrasonic vibrating on the screen surface, which effectively solves the materials difficult to screen, such as: various high electrostatic, superfine, strong adsorption, easily aggregated, light relative density materials.
High frequency ultra-fine powder ultrasonic vibrating sieve machine not only avoids to block the screening mesh but also increases the screening capacity and accuracy, achieving the purpose of fast screening and cleaning.
Advantages
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.
Technical data
| 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 |
Contact Person: Hou
Tel: +8615617167691
