High-Frequency Piezo Ceramic Transducer

High-Frequency Piezo Ceramic Transducer

Details
A high-frequency piezo ceramic transducer is an incredible piece of technology that is essential to a wide range of industries. This device uses a piezoelectric material to convert electrical energy into mechanical energy and vice versa, creating high-frequency vibrations that can be harnessed for a variety of applications.
Category
Piezoelectric Ceramics
 
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Description
Technical Parameters

Shenzhen Soner Technology Co., Ltd. is one of the leading manufacturers and suppliers of high-frequency piezo ceramic transducer in China. With abundant experience, we warmly welcome you to wholesale high quality products for sale here from our factory. We also accept customized orders.

 

Product Introduction

 

We are a professional manufacturer and supplier of High-Frequency Piezo Ceramic Transducer, which is a key device that uses high-performance piezoelectric ceramic materials to convert electrical energy and mechanical energy efficiently.

 

Fast response
Thanks to the internal impedance of less than 20Ω, the High-Frequency Piezo Ceramic Transducer can respond to the excitation signal within 1μs, improve the image refresh rate and sampling accuracy, and is suitable for high-speed scanning and real-time imaging needs.

 

Miniaturized structure
Using ultra-thin ceramic sheets, the overall size of the product can be reduced to Φ5mm or smaller, which helps to achieve multi-point array arrangement and miniaturized probe customization.

 

Wide frequency bandwidth
Compared with low-frequency devices, this product has a wider bandwidth (up to 0.5–1.5 MHz) and supports multi-frequency excitation and frequency hopping technology, making it suitable for multi-layer tissue structure imaging and complex detection of composite materials.

 

Product images

Advanced High-Frequency piezo ceramic transducer
High-Frequency piezo ceramic transducer Customized
IMG7861
IMG7862
IMG7863
IMG7864
IMG7865
IMG7866
IMG7869
IMG7871
IMG7872
IMG7873

IMG7874

 
 
 

 

Product Parameters

 

Model

Specification (mm)

Frequency (KHz)

Coupling Coefficient (Kp%)

Static Capacitance (Pf)

CL33-2.0Q

Φ33*2mm

68

56

6200±15%

CL40-2.5Q

Φ40*2.5mm

56

56

6500±15%

CL43-2.5Q

Φ43*2.5mm

53

56

7000±15%

CL50-2.5Q

Φ50*2.5mm

45

56

8200±15%

CL8-2.0M

Φ8*2mm

1000

≥55

500±15%

CL8-1.0M

Φ8*1mm

2000

≥55

650±15%

CL8-0.75M

Φ8*0.75mm

3000

≥55

800±15%

CL10-2.0M

Φ10*2mm

1000

≥55

600±15%

CL10-1.0M

Φ10*1mm

2000

≥55

800±15%

CL10-0.75M

Φ10*0.75mm

3000

≥55

1000±15%

 

Product Applications

 

Medical Ultrasonic Imaging
Our products can be used in probe modules in ultrasonic diagnostic equipment to achieve high-resolution soft tissue image acquisition, such as imaging of the heart, blood vessels, gynecology, and other parts.

 

Precision Industrial Testing
Applicable to ultrasonic non-destructive testing (NDT) systems to achieve high-sensitivity identification of tiny defects such as welds, cracks, and delamination.

 

Microfluidics and liquid monitoring
High-Frequency Piezo Ceramic Transducer can be used for microfluidic channel applications such as flow rate measurement, liquid level monitoring, and bubble detection, and is particularly suitable for high-speed response scenarios.

 

High-Frequency Ultrasonic Cleaning Equipment
Applied to cleaning equipment for precision parts (such as semiconductor chips and optical devices), using high-frequency fluctuations to achieve non-damaging deep cleaning.

 

Aerospace Material Testing
In the evaluation of composite material structures, it is used to identify multi-layer interface defects, delamination, inclusions, and other problems to ensure flight safety.

 

Shipping Policy

 

  • We offer worldwide shipping by courier, sea, and air (excluding some countries and APO/FPO addresses).
  • Orders are processed promptly after payment confirmation. We ship only to the confirmed order address, which must match your shipping address.
  • The shipping invoice and product description will match the order details. If you need assistance to expedite customs clearance, please contact us before shipment.
  • Buyers must assist the courier by providing any required customs documentation as soon as notified that the shipment has arrived.
  • After receiving and inspecting the parcel, please kindly confirm receipt on the platform if there are no issues.

 

Our Company

 

Shenzhen Soner Technology Co., Ltd., a subsidiary of Shantou Chuangxin Technology Co., Ltd., is based in Shenzhen. With over 20 years in ultrasonic technology, we design and manufacture ultrasonic generators and devices for home, industrial, and medical use. Our factory integrates all production stages-from design to testing-ensuring quality and customization. We serve clients worldwide with OEM and ODM services.

 

Strong Production Capacity

We operate a complete manufacturing chain with more than 100 production units, enabling efficient, stable production and timely delivery.

 

Professional Team

With over 200 employees, including engineers and quality specialists, we ensure effective product development and strict quality control.

 

Rich Industry Experience

Over 20 years of experience in ultrasonic technology supports reliable and mature solutions for various applications.

 

Quality Certifications

Our products hold ISO9001, BSCI, CE, GS, ETL, and CB certifications, meeting international standards and facilitating global market access.

 

FAQ

Q: What payment methods do you accept?

A: We accept Alipay, Western Union, PayPal, and T/T. Western Union is recommended due to no bank charges and faster processing.

Q: Who is responsible for customs duties or taxes?

A: Buyers are responsible for any import taxes, customs duties, or fees charged by their country.

Q: Do you ship worldwide?

A: Yes, we ship worldwide via courier, sea, and air, except to some restricted countries and APO/FPO addresses.

Q: How soon will my order be processed after payment?

A: A: Orders are processed promptly after payment verification to ensure timely shipment.

Q: Can you ship to a different address than the order address?

A: No. We only ship to the confirmed order address, which must match your shipping address.

Q: What is a High-Frequency Piezo Ceramic Transducer used for?

A: It is primarily used in medical ultrasound imaging, non-destructive testing (NDT), microfluidic sensing, and high-precision cleaning systems due to its ability to generate high-frequency acoustic signals with fine resolution.

Q: Why is high frequency important in a piezo transducer?

A: Higher frequencies offer better axial and lateral resolution, which is crucial for detailed imaging, fine defect detection, and high-speed signal response in dynamic environments.

Q: What advantages does it offer in non-destructive testing?

A: The transducer enables high-resolution flaw detection in layered or composite materials, thanks to its wide bandwidth (0.5–1.5 MHz) and strong surface coupling.

Q: What frequency will be for the high-frequency piezo ceramic transducer?

A: The exact frequency range of a high-frequency piezo ceramic transducer may vary depending on its specific design and purpose. However, most models are capable of producing frequencies in the range of 20 kHz to 500 kHz, with some even reaching up to 1 MHz or higher.

Q: What size would be for the high-frequency transducer?

A: Then it comes to specifying the size of a high-frequency transducer, it's essential to determine the intended application and the frequency range required for the desired performance. Generally, the size of a transducer directly affects its high-frequency response range, and larger transducers tend to exhibit a lower frequency response.
Therefore, the size of the high-frequency transducer should be optimized for the intended application and frequency range, striking a balance between size and performance. Factors that can affect this decision include the targeted frequency range, power output, and desired sensitivity.
By carefully considering these factors, it's possible to select an appropriately sized high-frequency transducer that delivers the desired performance characteristics for a particular application. Ultimately, the size of the high-frequency transducer will depend on the specific requirements of the system, and finding the right size to achieve optimal performance is key.

 

 

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