33khz Single Deck Powder Metallurgy Ultrasonic Vibrating Screen

33khz Single Deck Powder Metallurgy Ultrasonic Vibrating Screen

Description of special transducer / probe for ultrasonic vibrating screen:
The power supply and transducer in the ultrasonic system of vibrating screen are the core components of the whole system, which convert electrical energy into high frequency vibration mechanical energy. The former mechanical vibration and ultrasonic vibration make the separation more fine, uniform and fast. It also has the functions of anti adhesion and anti-static, especially suitable for the screening of ultra-fine powder.
The structure of the ultrasonic transducer of the vibrating screen is as follows:
Ultrasonic transducer of vibrating screen is one of piezoelectric transducers, which is composed of gland, piezoelectric ceramic, electrode sheet, radiation head, prestressed screw and insulating sleeve. Piezoelectric transducer refers to the transducer made by using the positive and negative piezoelectric effect of piezoelectric material. Transducer, as the name implies, refers to the device that can conduct energy conversion.
Working principle of ultrasonic vibration screen transducer:
The ultrasonic transducer of vibrating screen is a kind of piezoelectric ceramic which resonates at the ultrasonic frequency. The electric signal is converted into mechanical vibration by the piezoelectric effect of materials. The ultrasonic transducer produced by Henan Kangzhen machinery is an energy converter. Its function is to convert the input electric power into mechanical power (i.e. ultrasonic wave) and then transmit it, The types of ultrasonic transducers can be divided into piezoelectric transducer, sandwich transducer, cylindrical transducer, inverted horn transducer and so on

33khz Single Deck Powder Metallurgy Ultrasonic Vibrating Screen

33khz Ultrasonic Vibrating Screen

Metallurgy Ultrasonic Vibrating Screen

Single Deck Powder Vibration Transducer

33khz Single Deck Powder Metallurgy Ultrasonic Vibrating Screen Images