Product introduction

75 Micron SUS304 Ultrasonic Test Screen For Sampling And Screening Of Fine Powder

Ultrasonic test screen (ultrasonic inspect screen, ultrasonic lab sieve shaker) is a high-tech micro-powder classification equipment developed by EVERSUN machinery technicians on the basis of standard test screens. It has higher and more accurate inspection accuracy, and is the most effective solution instrument for mesh blockage when doing micro-powder sampling and screening in the current laboratory.

It can be widely used in pharmaceutical, metallurgy, chemical, mineral processing, food and other industries of the laboratory, with high screening filtration accuracy, mesh is not blocked and other characteristics, really solved due to agglomeration, static electricity, strong adsorption stuck mesh and other laboratory screening problems, so it is a major technological breakthrough in the domestic screening industry.

Product parameter

Product feature

1. Set the screening time of the same material according to the needs to ensure the consistency of sample analysis data, and the platform runs without fixing.
2. It can be turned off at a fixed time, the time can be adjusted from 1 second to 9999 seconds, and it can be operated with a full-featured panel.
3. Accurate judgment of product quality.
4. Beautiful appearance, low energy consumption, high efficiency, no dust pollution, easy installation and movement, and durability.
5. The mesh is not blocked, the powder is not flying, the feeding is fast and the effect is obvious.
6. No mechanical action, simple maintenance, long service life, and material contact parts made of stainless steel, environmental health.
7. A kind of granular material can precisely separate 2 to 9 particle segments at the same time.
8. The frequency, mode and amplitude of the vibration can be adjusted synchronously at any time.



Working principle

The high-frequency electric oscillation generated by the ultrasonic vibration power supply is converted into high-frequency sinusoidal oscillation wave by the oscillator, and the oscillation wave is uniformly transmitted to the screen surface by the oscillator. When the material on the screen is doing low-frequency three-dimensional vibration, the ultrasonic vibration is superimposed, which can not only prevent the mesh plugging, but also improve the screening yield and quality.