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PZT Shear Plate D15 Mode Gold-plated Ultrasonic Piezoelectric Ceramic Plate Shear Wave Piezoelectric Plate All Materials Chip
Product Description
PZT shear plate D15 mode gold-plated ultrasonic piezoelectric ceramic plate Shear wave piezoelectric plate all materials piezoelectric chip
Custom Size Tube / Ring / Disc / Plate / Board / Rectangle / Square / Hemisphere / Whole Ball Piezoelectric Ceramic
Frequently Asked Questions
What is the D15 shear mode in piezoelectric ceramics?
The D15 shear mode refers to the shear deformation of the piezoelectric material where polarization and electric field are perpendicular to each other, generating transverse or shear acoustic waves rather than longitudinal waves.
Why are the electrodes gold-plated on these shear plates?
Gold plating provides superior electrical conductivity, exceptional chemical stability against oxidation and corrosion, and excellent solderability, ensuring stable signal transmission in precision ultrasonic operations.
What custom dimensions and geometries are available?
Components can be fully tailored according to project specifications in forms including tubes, rings, discs, plates, boards, rectangles, squares, hemispheres, and whole spherical configurations across a variety of thicknesses.
What are the primary applications for shear wave piezoelectric plates?
These plates are widely utilized in non-destructive testing (NDT), ultrasonic shear sensors, acoustic wave transducers, viscosity sensing, precision micro-positioning, and advanced aerospace and industrial inspection equipment.
Which piezoelectric ceramic materials are supported?
Comprehensive piezoelectric ceramic compositions are supported, including hard PZT materials (ideal for high-power ultrasound applications) and soft PZT formulations (optimized for high sensitivity and sensing applications).
Can electrode patterns and contact configurations be customized?
Yes, custom wrap-around electrodes, single-side configurations, patterned electrode layouts, and alternative metallization options can be configured to meet your exact mechanical mounting and electrical bonding requirements.
