525Khz Piezoelectric ceramic disc
525Khz Piezoelectric ceramic disc is 3×2mm The 525Khz piezoelectric ceramic disc is applied in ultrasonic sensors and other devices.
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1.5Mhz Piezoelectric ceramic plate
1.5Mhz Piezoelectric ceramic plate is 20 × 15 × 1.4 mm. 1.5Mhz piezoelectric ceramic plate is applied in Precision mechanics and mechanical engineering, Life sciences, Medicine and Biology.
25Khz piezoelectric ceramic tube
25Khz piezoelectric ceramic tube are 38 × 31 × 25 mm.Radial mode vibration Underwater communication, Ultrasonic Sensor, Vibration Sensor, Vibration generation, Piezo expansion sensor.
386Khz Piezoelectric ceramic disc
386KHz piezoelectric ceramic disc is 5 × 0.5 mm. 386KHz piezoelectric ceramic disc is suitable for ultrasonic sensors, milk analyzers, and can be customized for other styles as well.
558Khz Piezoelectric ceramic disc
558Khz Piezoelectric ceramic disc The size is 3.5 × 0.5mm. The 558Khz Piezoelectric ceramic disc is suitable for milk analyzers, milk detection sensors, etc.
663Khz Piezoelectric ceramic disc
663Khz Piezoelectric ceramic disc ，with dimensions of 3 × 0.5 mm. 663Khz piezoelectric ceramic disc Suitable for applications such as milk analyzers and ultrasonic sensors.Support customization of other styles.
1.7MHz piezoelectric ceramic ring
1.7Mhz Piezoelectric Ceramic Ring with Silver electrodes on both sides and wire leads already soldered. Part Number: HCPP5R13057T102
Prepaid Ultrasonic Water Meter V-UWM
IntroductionUltrasonic Water Meter V-UWM is a smart prepaid water meter product based on the latest ultrasonic technology with valve built-in. The meter has no moving parts and maintains its pinpoint …
Piezoelectric Tube actuator
The PG500080810 piezoelectric actuator is a tube with an 8 mm outer diameter, 7 mm inner diameter,and 10 mm length. It offers a maximum displacement of 2.8 μm ± 15% …
Piezoelectric Ring Stack
The PH150080309 piezoelectric ring stack consists of multiple chips that are bonded via epoxy and glass beads. The stack offers a maximum displacement of 9.0 μm ± 15%. A red …