TZ-C series ultrasonic vibrating screen

TZ-C：

1000

.New> Ultrasonic vibrating screen, also known as ultrasonic vibrating screen, ultrasonic rotary vibrating screen, high-efficiency vibrating screen, and circular ultrasonic vibrating screen, is based on our company's many years of experience in fine screening and classification, and on the basis of absorbing the advanced technology of its peers. On the same day, we developed an ultrasonic vibrating screening machine with independent intellectual property rights. The ultrasonic vibrating screen machine adopts advanced intelligent vibration ultrasonic controller, which changes the unsuitability and unadjusability caused by a single frequency, truly realizes the organic combination of ultrasonic and vibrating screen, and its performance reaches and exceeds the level of similar international products. Using integrated circuit board, fully enclosed, digital >
control, aviation-specific interface can >
work uninterrupted for hours without cooling. Solve screening problems such as strong adsorption, easy agglomeration, high static electricity, high fineness, high density, light specific gravity, etc., with superior performance! Convert >
, >
or >
, >
electric energy into >
high-frequency electric energy, input it into the ultrasonic transducer, and turn it into >
Mechanical vibration can achieve the purpose of efficient screening and cleaning, making ultra-fine powder screening easy. This system introduces a low-amplitude, high-frequency ultrasonic vibration wave (mechanical wave) on the screen based on the traditional vibrating screen to improve the screening performance of ultra-fine powder. It is especially suitable for users of high value-added fine powders. The ultrasonic vibration waves (mechanical waves) added to the screen make the ultra-fine powder undergo huge ultrasonic acceleration, thereby inhibiting network blocking such as adhesion, friction, leveling, and wedging. factors to improve screening efficiency and net cleaning efficiency. A major breakthrough has been achieved in the performance of ultrasonic vibrating screens. The screening accuracy can be improved >
, and the output can be increased >
times to truly meet the needs of industrial production above the >
mesh.