| Name: | Ultrasonic Vibrating Screen |
| Screen Mesh Number | 40~635 |
| Vibration motor | Ordinary motor / Explosion-proof motor |
Transducer Installation Method | Built-in / External |
| Number of Layers(L) | 1-5(Suggest ≤ 3) |
| Main Material | Stainless Steel(304/316L)·Carbon Steel(Q235)·PP |
| Sealing Strip | Silica gel / Rubber |
| Observation port | Silicone cover / Rubber cover / Glass cover |
| Equipment surface treatment | Polishing / Sandblasting |
| Application | Powder,bulk solid,granule |
| Overall height of the fuselage | Please communicate specifically |
| Feed inlet | Standard or customizable |
| Outlet | Standard or customizable |
Features & Advantages
1) Excellent screening ability and higher screening accuracy, to
achieve high precision screening, screening accuracy can be
increased by 1-70%, output can be increased by 0.5-10 times.
2) There is no need for rubber balls to clear the net, to eliminate
the re-pollution caused by rubber wear.
3) Truly solve the screening problem of strong adsorption, easy
agglomeration, high static electricity and light gravity materials.
4) Ensure that the characteristics of the screened materials remain
unchanged.
5) The energy conversion efficiency of the transducer is high
(reaching the standard of foreign counterparts).
6) 24 hours continuous operation, control power and transducer
without cooling (meet the international standards of similar
products).
Application
Ultrasonic vibrating screen can be used for impurity removal,
classification and filtration of ultra-fine powder materials in
various industries, and the screening accuracy can be as high as
635 mesh.
Common screening materials are:
metallurgical powder, electromagnetic material, metal powder,
electrode powder, iron powder, zinc oxide, aluminum oxide powder,
alloy powder, molybdenum powder, cobalt powder, emery, copper
powder, nickel powder, silicon powder, oxide Titanium, tungsten
carbide, tungsten powder, titanium powder, stainless steel powder,
abrasive silicon carbide powder, battery materials, etc.
