| length: | 33mm |
|---|---|
| frequency: | 60khz |
| input power: | 20w |
Quick Details
Specifications
Piezo Transducer Features: 1,High performance with high mechanical Q.2,High transfer efficiency.3,Large amplitude.4,High quality piezoelectric ceramic material:good heat resistance,large range of working temperature.5,Lower Resonant Impedance.
The specification of 60KHZ20W Piezo Transducer:
Application of Piezo Transducer:
Piezo Transducer is widely used in electronic industry,machinery industry,tableware washing industry,cars,electroplating,chemical fiber,optical,bearings and so on.
For example,it can be used to cleaning magnetic core,nozzle,auto parts,electroplating metal products,chemical fiber spinneret, optical lenses,bearings,tools,utensils,medical equipment,precision hardware,clock parts,gold and silver jewelry and electronic components.
Ultrasonic has strong vibration strength and uniform density,can remove oil,sodium,pollution and dirty addition,it can be used to extract traditional Chinese medical materials.
It also can be used to catalyze,stir and accelerate chemical reaction in the chemical experiment.
The specification of 60KHZ20W Piezo Transducer:
| Type | QXCT-6020T-30SHP4 |
| Static Capacity(pF)(±10%) | 2300 |
| Resonance Impedance(Ω) | 10-20 |
| Length(mm) | 33 |
| Frequency(KHz) | 60 |
| Input Power(W) | 20 |
Application of Piezo Transducer:
Piezo Transducer is widely used in electronic industry,machinery industry,tableware washing industry,cars,electroplating,chemical fiber,optical,bearings and so on.
For example,it can be used to cleaning magnetic core,nozzle,auto parts,electroplating metal products,chemical fiber spinneret, optical lenses,bearings,tools,utensils,medical equipment,precision hardware,clock parts,gold and silver jewelry and electronic components.
Ultrasonic has strong vibration strength and uniform density,can remove oil,sodium,pollution and dirty addition,it can be used to extract traditional Chinese medical materials.
It also can be used to catalyze,stir and accelerate chemical reaction in the chemical experiment.

