Shenzhen Mivo Electronics Co., Ltd.
PCB Fabrication · Turnkey PCBA · Component Sourcing · Custom Sensors [email protected]

PZT Profiled-shape Piezoelectric Ceramic Semi-circular Sector Hyperchromatic Wave Guide Multi-frequency Piezoelectric Sensor

Product Description

PZT profiled-shape piezoelectric ceramic semi-circular sector hyperchromatic wave guide multi-frequency piezoelectric sensor sheet can be customized

Custom Size Tube / Ring / Disc / Plate / Board / Rectangle / Square / Hemisphere / Whole Ball Piezoelectric Ceramic

Tube Ring Disc Plate Board Rectangle Square Hemisphere Whole Ball
Frequently Asked Questions
Q1: What custom profiles and configurations can be manufactured?

We manufacture fully customized dimensions and geometric shapes, including semi-circular sectors, tubes, rings, discs, plates, boards, rectangles, squares, hemispheres, and complete spherical ceramic elements engineered to custom specifications.

Q2: What are the typical applications for profiled multi-frequency piezoelectric sensors?

These specialized elements are utilized in ultrasonic transducers, acoustic wave guides, non-destructive testing (NDT), medical imaging, hydrophones, vibration monitoring, and high-precision acoustic sensing devices requiring multi-frequency response.

Q3: Can resonant frequencies and electrode patterns be tailored?

Yes. Thickness, diameter, sector angles, and custom electrode metallization (such as silver, nickel, or gold patterns) can be customized to achieve required resonant frequencies, anti-resonance parameters, and acoustic impedance matching.

Q4: How does a hyperchromatic wave guide or sector design benefit acoustic performance?

Profiled geometries such as semi-circular sectors and multi-frequency wave guides allow focused directional sound beams, multi-modal harmonic operation, and broader bandwidth response compared to standard planar shapes.

Q5: What are the dimensional tolerance standards for these custom ceramic components?

Precision machining, lapping, and CNC ultrasonic tooling enable tight tolerances, routinely achieving dimensional precision within ±0.05 mm or tighter based on customized engineering drawings.

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