What about ultrasonic vibrating screen system is composed？

Ultrasonic vibrating screen:
The ultrasonic vibrating screen system is composed of ultrasonic controller, converter and resonance ring. The high-frequency electrical oscillation produced by the ultrasonic control instrument is replaced by high-frequency sinusoidal longitudinal oscillation waves by the converter. These oscillation waves are transmitted to the resonance ring to generate resonance, and then uniformly transmitted to the screen surface. When the materials on the screen are used as low-frequency distribution screens, ultrasonic vibration is superimposed, which can improve the output and quality of the screening machine.
The matching performance of the system will not increase the operating temperature; Can work continuously; Especially suitable for the boredom of controlling temperature rise, such as materials and raw materials, thermosetting coating industry, etc
In view of the particularity of materials, Vermeer has independently developed the Vermeer ultrasonic vibrating screen system. The ultrasonic vibrating screen has self-cleaning function, and the mesh is not blocked. Change the characteristics of screening materials, without adding anti-blocking devices such as bouncing balls, and prolong the service life of the screen. It is suitable for 40-500 mesh, especially for particles with less than 100 mesh. The particle size can be increased by 1% to 70%, and the output can be effectively improved. The screening particle size is extremely high, which solves the screening problems such as strong adsorption, easy agglomeration, high static electricity, high density and light specific gravity. Ultrasonic vibrating screen is composed of ultrasonic controller, converter and resonance ring. The high-frequency electrical oscillation generated by the ultrasonic control instrument is replaced by high-frequency sinusoidal longitudinal oscillation wave by the vibration transducer. These oscillation waves are transmitted to the resonance ring to generate resonance, and then uniformly transmitted to the screen surface. When the materials on the screen are used as low-frequency distribution screens, ultrasonic vibration is superimposed on them to prevent mesh clogging and improve the output and quality of the screening machine.
·It is applicable to screen separation of powder from 20 μ m to 300 μ m, especially for materials that are difficult to screen
·Prevent the blocking of 50-625 mesh mesh and the plugging of similar particles on the mesh, and extend the service life of valuable screen
·The particle separation of static electricity, agglomeration and adsorption materials becomes simple
·The unique application of ultrasonic screening system does not need to add any other screen cleaning device.
·It can clearly separate the fine particles with the diameter adjacent to it
·Do not change the characteristics of materials, especially for new materials
·Separation of agglomerates, thus increasing the sieve content and reducing the number of large particles
·Screening capacity and scope, there are technologies that cannot be reached by other screening machines
·The optimal matching of the system will not increase the operating temperature; Can work continuously; Especially suitable for materials requiring temperature rise control, such as raw materials, thermosetting coatings, etc.
·Special screening equipment for the industry, with targeted configuration, is more convenient to use.