Yujie Piezoelectric Ceramic Elements

From precision discs to omnidirectional hollow spheres, Yujie piezoelectric ceramic elements deliver exceptional electromechanical coupling, stable capacitance, and reliable performance across diverse frequency ranges.

Features & Applications

Yujie's Complete Piezoelectric Product Series for Ultrasonic Applications

Custom options are reviewed against your drawing, quantity, and application

Need a geometry outside the catalog?

Review the drawing-led process for material, geometry, electrodes, samples, and agreed inspection before sending an OEM RFQ.

Our Product Series

Six proven platforms engineered for precision, efficiency, and reliability

Adaptive Precision for Smart Actuation

Designed for precision control and adaptive applications, our piezoelectric plates and rectangular elements feature optimized electromechanical coupling (K31 ≈ 0.37%) and stable capacitance (81–98 pF ±12.5%), ensuring reliable energy conversion and signal stability.

• •Optimized for low-frequency applications (17 kHz) with consistent mechanical response
• •High structural adaptability for integration into custom actuators and intelligent vibration control

High-Precision Control for Acoustic & Medical Applications

Engineered for precise radial and axial vibrations, our piezoelectric tubes offer low dielectric loss (0.4%–1.53%), optimized electromechanical coupling (K31 up to 15.27%), and high capacitance (up to 16015 pF) for stable and reliable performance.

• •Wide frequency range (28–149 kHz) for diverse ultrasonic applications
• •Low energy loss (≤1.53%) ensures efficient signal transmission

Omnidirectional Precision for Advanced Acoustics

Engineered for 360° sensitivity and uniform wave propagation, our piezoelectric hollow spheres offer optimized electromechanical coupling (Kr = 0.4) and high capacitance (up to 103.2 nF) for exceptional signal fidelity and responsiveness.

• •Broad frequency range (30–320 kHz) for diverse sonar and acoustic applications
• •Superior omnidirectional sensing ensures accurate signal capture in all directions

Precision & Efficiency for Ultrasonic Applications

Optimized for high-frequency ultrasonic performance, our piezoelectric rings offer exceptional energy conversion efficiency and low impedance, ensuring stable signal transmission in demanding applications.

• •High-frequency operation (27–44 kHz) for precise ultrasonic control
• •Optimized electromechanical coupling (Kp ≈ 0.42) for efficient energy transfer

High-Frequency Efficiency for Precision Applications

Designed for high-frequency ultrasonic performance, our piezoelectric discs provide excellent electromechanical coupling (Kp ≥ 0.47–0.58) and low impedance (≤2–4 Ω) for stable and efficient energy transmission.

• •Ultrasonic atomization (1.65 MHz) ensures fine mist generation in humidifiers and medical nebulizers
• •Precision beauty devices (1.0 MHz) optimize ultrasound energy for skincare applications

Focused Caps, Aperture Variants & Curved Custom Shapes

Custom spherical cap piezoelectric ceramics for focused ultrasonic assemblies, including round caps, annular / aperture caps, and custom curved variants from 7mm to 115mm effective size.

• •Manufacturing range from 7-115mm with wall thickness guidance starting at 0.2mm on compact geometries
• •Round, annular, square-aperture, and custom curved-variant coverage under one RFQ path

Yujie Manufacturing Excellence

Trusted by global OEMs for precision, consistency, and innovation in piezoelectric ceramics

Project-Specific Quality

Experience built since 1996, with critical dimensions, electrical targets, inspection scope, and documentation agreed for the product

Custom Engineering

Yujie's in-house R&D team delivers tailored piezoelectric solutions matching your exact specifications and performance requirements

Proven Performance

Yujie piezoelectric ceramics offer optimized electromechanical coupling, stable capacitance, and low dielectric loss across all frequency ranges

Yujie Piezoelectric Applications

Yujie piezoelectric ceramics power critical applications across multiple industries worldwide

Hard or Soft PZT? Reading the Grade Table Like a Buyer

Every ceramic order ultimately reduces to one decision: how hard the element will be driven. Power duties — ultrasonic cleaning, welding, sustained resonant drive — reward hard grades with low dielectric loss and high mechanical quality factor, because loss becomes heat and heat becomes drift. Sensing and receive duties reward soft grades, whose higher charge constants and permittivity buy signal at drive levels where loss hardly matters.

The published values on our material specifications table are the contractual reference for every Yujie grade; blog articles and application notes explain the trade-offs, but the table is what your incoming inspection should test against. When two grades both look plausible, the deciding parameters are usually Curie margin over your peak process temperature and the ageing behaviour across your product's service life.

Geometry is the second half of the decision — discs, rings, tubes, plates, and spherical caps each favour particular vibration modes. If the application is new to you, send the target frequency and the space envelope; proposing the geometry is part of our engineering review, not an extra service.

Ready to Get Started?

Contact Yujie's engineering team to discuss your piezoelectric requirements and receive a customized solution for your application