High Speed Piezoelectric Ultrasonic Transducer 40khz 60w Heat Resistance
Piezoelectric transducer uses the piezoelectric effect to realize transduction between electric and sound energy. It comprises a radiation head, electrode, cap, prestressed bolt, piezoelectric chip and an insulating tube. The piezoelectric transducer is widely used in ultrasonic cleaning machine and high-power industry cleaning devices.
Piezoelectric transducer uses the piezoelectric effect to realize transduction between electric and sound energy. It comprises a radiation head, electrode, cap, prestressed bolt, piezoelectric chip and an insulating tube.
◊ High efficiency: high mechanical parameter Q, the transduction efficient between electricity and sound above 95%.
◊ High amplitude: the transducer strength is improved by fixing the high speed vibrator directly on the base of washing groove with bolt. Compare with a magnetic expansion vibrator, its amplitude can be improved above 50%.
◊ Good heat resistance: a large range of working temperature, low resonance impedance and heat productivity.
◊ Good construction: fastened by bolt, easy for assembling, high reliability. .
Naming methods as following:
CCH: Cheng cheng weiye
48: Diameter of radiating face(mm)
38: Diameter of piezoceramics
D: Double piezoceramics
40: Resonance frequency
B: Screw hole
60W 40KHz Ultrasonic cleaning transducer for ultrasonic cleaning machine:
40khz60w ultrasonic cleaning transducer:
◊ High efficiency
◊ High amplitude:
◊ Good heat resistance
◊ Good construction:
The application of the ultrasonic transducer is very extensive, it according to the application of the industry is divided into industry, agriculture, transportation, life, medical and military etc. According to the functions are divided into ultrasonic machining, ultrasonic cleaning, ultrasonic detection, testing, monitoring, remote sensing, remote control, etc.; According to the working environment is divided into liquid, gas, biology, etc.; According to the nature of the divided into power ultrasound and detection of ultrasonic, ultrasonic imaging, etc.