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Piezoelectric ceramic plates exhibit the piezoelectric effect, meaning they can generate voltage when mechanically deformed or deform when an electric field is applied. They are widely used across many industries. Below are the main applications:
Ultrasound probes (e.g., for B-mode ultrasound)
Ultrasonic nebulizers
High-frequency surgical scalpels
Ultrasonic flaw detectors (for welds, metal fatigue, etc.)
Ultrasonic flowmeters and thickness gauges
Ultrasonic cleaners (for glasses, electronic components, jewelry)
Microphones (e.g., electret condenser microphones)
Buzzers and speakers (piezoelectric sound components)
Electric lighters (spark generation via piezoelectric discharge)
Reversing radars and ultrasonic parking sensors
Fuel injection system sensors
Vibration sensors (for collision detection, airbag deployment)
Pressure sensors, accelerometers
Structural health monitoring (bridges, railways)
Nano/micro positioning stages (piezo actuators)
Energy harvesters (vibration-based energy generation)
Sensors in wind turbines
Water quality monitoring (piezoelectric hydrophones)
Sonar detectors
Inertial sensors in missile guidance systems
Aircraft structure monitoring
Inkjet printer heads (piezoelectric inkjet systems)
Precision positioning devices (e.g., atomic force microscopes)
Vibration testing systems, frequency response testers
Electronic mosquito repellents
Digital scales
Massage devices (vibration motors)
If you'd like to explore specific applications in more detail—such as the types of piezoelectric ceramics used, their performance parameters (resonant frequency, capacitance, dimensions, etc.)—feel free to ask!
Contact Person: Ms. Dream Chan
Tel: 86-755-83747109
Fax: 86-755-83747516