title
Vibrating Screen Machine

High Frequency Vibrating Screen

Ultrasonic vibrating sieve

Airflow sieving machine

Noiseless vibrating separator
vibrosieve
Linear Vibrating Screen
High efficiency vibrating screen
£Ïil Press Machine
casting parts
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   Ultrasonic vibrating sieve
Introduction

Ultrasonic vibrating sieve is able to convert electric energy with 220V,50Hz or 110V,60Hz into high-frequency electric energy with 18KHz and then puts it into ultrasonic energy exchanger to make it change into mechanical vibration with 18KHz and attains the purpose of high-efficiency 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 improve the sieving abilities of superfine powder. This product is suitable for the users who demand the high additional value and fine powder.

Principle of work

    The ultrasonic vibrating wave(mechanic wave)added on the sieve mesh makes superfine powder accept the giant ultrasonic acceleration which restrains blockage factors which includes adhesion, friction, pancake, wedging etc and improves sieving and cleaning efficiency.

Features

    It is able to improve the pancake and slip-effect of low-density powder in the gravity settling(light touch between powder and mesh),improving the occluding and wedging of high-density metal on the mesh, improving the adhesion effect of powder with the electrostatic, which improves the sieving efficiency and quality. Using the sieving through rate to show, it generally is able to increase the through rate of 50%-400% than one which is not ultrasonic vibrating sieve.

¢ÅReduce net-cleaning time.
¢ÆNo assistant objects bring pollution to the powder body, e.g. sprong globe.
¢ÇKeep the size of mesh and make the sieving precision stable.
¢ÈDisassemble the adhesion objects and reduce the objects on the sieve.
¢ÉMake the sieving times down.

product name

Ultrasonic vibrating sieve

Technical data

 

 

 

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