Piezo Ring

Picture	Manufacturer No.	Size	Material	Description	Datasheet	Order
	FBPZT50205	50*20*5	P8/P4	PZT8 50*20*5 piezo rings		Send Order
	FBPZT30125	30*12*5	P8/P4	30*12*5 P8 piezo ring		Send Order
	FBPZT25135	25*13*5	P8/P4	25*13*5 25khz PZT8 ring piezo		Send Order
	FBPZT40205	40*25*5	P8/P4	40*20*5 piezo ceramic ring		Send Order
	FBPZT381265	38*12*6.5	P8/P4	38*12*6.5 P8 piezoelectric ring		Send Order
	FBPZT603010	60*30*10	P8/P4	15khz P8 60*30*10 piezo ring		Send Order
	FBPZT50206	50*20*6	P8/P4	50*20*6 P8 piezo ring		Send Order
	FBPZT50176.5	50*17*6.5	P8/P4	20khz 50*17*6.5 ceramic piezo ring		Send Order
	FBPZT50175	50*17*5	P8/P4	50*17*5 P8 ceramic ring		Send Order
	FBPZT45155	45*15*5	P8/P4	45*15*5 piezo ceramic ring		Send Order
	FBPZT25105	25*10*5	P8/P4	25*10*5 P8 ceramic ring		Send Order
	FBPZT38155	38*15*5	P8/P4	38*15*5 35khz piezo ring		Send Order
	FBPZT50236.5	50*23*6.5	P8/P4	50*23*6.5 ceramic ring		Send Order
	FBPZT35155	35*15*5	P8/P4	35*15*5 piezo ring		Send Order
	FBPZT11605	11*6*5	P8/P4	11mm piezo ceramic ring		Send Order
	FBPZT1052	10*5*2	P8/P4	10*5*2 small piezo ring		Send Order

• Piezo Ring Manufacturer in China

  FBelec professional manufacturer piezo ceramic ring, we can be customized according to needs. Piezo ceramic consulting FBelec professional research and development and production of piezoelectric ceramics, FBelec Piezo rings are small, versatile, and durable. Piezoelectric rings are often assembled into ultrasonic transducer for Ultrasonic tooth cleaner, Ultrasonic cleaning machine, Ultrasonic welding on mask machine. FBelec Can provide high Quality Custom Piezoelectric Solutions at Competitive Prices.

  
  

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  Piezoelectric Rings

  Piezo rings have a variety of functions and are suitable for numerous applications. When a voltage is applied, the piezoelectric ring deforms and/or vibrates. A DC voltage will cause the piezoelectric ring to deform, while an AC voltage will cause the piezo ring to vibrate allowing the ring to function as a piezo actuator. Conversely, if mechanical strain (vibration or pressure) is introduced to the piezoelectric ring, it generates a current. The latter effect allows the piezo ring to function as a piezoelectric sensor. Both these principles can be used interchangeably in ring piezoelectric transducers.
  
  Piezo rings are small, versatile, and durable. They generate high power and are stable in extreme environments. Piezoelectric rings are often assembled into different shapes, stacks, and configurations to achieve the desired result, be it ultrasonic cleaning or nanopositioning.

  

  Industrial Piezoelectric Ceramic Sheets

  Industrial piezoelectric ceramic sheets are electronic materials with unique physical properties and wide-ranging applications. These ceramic sheets exhibit piezoelectric effects, meaning that they generate charges and an electric field when subjected to external pressure, resulting in the generation of voltage. Conversely, when a voltage is applied, the material undergoes deformation, which is a distinctive characteristic of piezoelectric ceramics.
  
   The advantages of industrial piezoelectric ceramic sheets include high sensitivity, high resolution, and low hysteresis. They can operate in extreme environments such as high temperature, low temperature, and high vacuum, while maintaining long-term stability and reliability. Moreover, these ceramic sheets can be processed and prepared using various techniques, including thin film preparation, thick film preparation, and multi-layer structure preparation.

  Industrial piezoelectric ceramic sheets find wide applications in various fields, including medical imaging technology, audio and ultrasound equipment, precision measurement instruments, military radar, and sonar systems. Particularly in medical imaging, these ceramic sheets play a crucial role in medical diagnosis and treatment. Additionally, they are utilized in the manufacturing of precision components such as high-frequency transducers, ultrasonic sensors, and micrometer-level accurate optical modulators.
  
   As technology continues to advance, the future of industrial piezoelectric ceramic sheets holds even greater potential. They are expected to evolve towards high-frequency, high-precision, miniaturized, and integrated applications. Furthermore, with the emergence of new materials and technologies, the performance and reliability of these ceramic sheets will be further enhanced. Additionally, there will be a growing emphasis on environmental protection and sustainable development in the production and use of industrial piezoelectric ceramic sheets.
  
   Industrial piezoelectric ceramic sheets are valuable electronic materials with unique physical properties and diverse applications. Their significance in modern industrial and medical fields cannot be overstated. Looking ahead, as technology continues to progress, the application prospects for these ceramic sheets will expand even further.

• Piezoelectric Ceramic

  When voltage acts on piezoelectric ceramics, mechanical deformation occurs with changes in voltage and frequency. On the other hand, when vibrating piezoelectric ceramics, an electric charge is generated. Using this principle, when an electric signal is applied to a vibrator composed of two piezoelectric ceramics or one piezoelectric ceramic and a metal sheet, called a dual piezoelectric chip element, ultrasonic waves will be emitted due to bending vibration. On the contrary, when ultrasonic vibration is applied to dual piezoelectric chip components, an electrical signal is generated. Based on the above effects, piezoelectric ceramics can be used as ultrasonic sensors .

  
  

  Piezoelectric ceramic WAFER are a type of electrical device with a simple and lightweight structure. They have been widely used due to their high sensitivity, no magnetic field scattering or leakage, no need for copper wires or magnets, low cost, low power consumption, and ease of mass production. Suitable for the emission and reception of ultrasound and infrasound waves, large-area piezoelectric ceramic sheets can also be used to detect pressure and vibration. The working principle is to use the reversibility of the piezoelectric effect to apply audio voltage to it, thereby emitting sound.

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• Piezo Ceramic Ring

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  The Functions and Testing Methods of Piezoelectric Ceramic Sheets

  Piezoelectric ceramic sheets are a special type of ceramic material with piezoelectric effect, which means that when mechanical stress or electric field is applied, electric charges can be generated. Its main functions and detection methods are as follows

  
  

  Function

  Sensor: Piezoelectric ceramic sheets can be used as sensors to convert mechanical vibration or pressure into electrical signals for measuring pressure, acceleration, force, etc.

  Motor and actuator: In some applications, piezoelectric ceramic sheets can serve as motors or actuators, controlling the deformation of ceramic sheets by applying an electric field to achieve motion or perform specific operations.

  Acoustic devices: Piezoelectric ceramic sheets can be used in acoustic devices, such as speakers, microphones, and sonar, to generate sound waves or convert them into electrical signals by controlling the electric field.

  Vibration attenuator: In some mechanical systems, piezoelectric ceramic sheets can be used to reduce vibration and noise by applying an electric field to control the deformation of the ceramic sheets, thereby achieving vibration attenuation.

  
  

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• Piezo Ring Supplier

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  Detection method

  Electrical performance testing: Use a multimeter or oscilloscope to test the electrical performance of piezoelectric ceramic sheets, including parameters such as capacitance, voltage, and current. This can help determine the basic electrical properties of ceramic sheets.

  Mechanical performance testing: Use force sensors or pressure gauges to test the response of piezoelectric ceramic sheets under stress or pressure. Observe the deformation or generated electrical signals of ceramic sheets to evaluate their mechanical properties.

  Acoustic testing: For piezoelectric ceramic sheets used in acoustic devices, acoustic performance can be tested using equipment such as sound wave generators and sound pressure meters, including sound pressure levels, frequency response, etc.

  Electric field testing: Use an electric field tester or oscilloscope to test the electrical performance and response of piezoelectric ceramic sheets under different electric field conditions.

  Frequency response test: Test the response characteristics of piezoelectric ceramic sheets at different frequencies to determine their applicable range and performance.

  The above methods can comprehensively evaluate the performance and function of piezoelectric ceramic sheets, ensuring their effective operation and reliability in specific applications.

  
  

• China Best piezo ceramic ring Manufacturer & Supplier

  High quality Piezoelectric Rings, automatic production, stable products, good consistency and quality assurance
  FBelec is the preferred supplier for international famous brands

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  The process of FBelec Piezoelectric Ceramic Ring from R & D to production is consistent
  

  Select high-quality piezoelectric ceramic materials and finish fine processing to provide piezo electric ceramic rings for ultrasonic  welding.

  
  

  Piezoelectric or Ultrasonic  Piezo Ring are widely used in daily life. Including medical and automotive or household electronic products, piezoelectric ceramic products are used in various industrial fields. Piezoelectric ceramics exist in the interior of various devices. Piezoceramic Rings is a kind of piezoelectric ceramic with many uses. It is a material that can convert pressure and electricity to each other. Applying strain will produce an electrical output. Applying electrical input will produce elasticity.

  
  

  At the same time, the mechanism of mutual transformation of these effects is used. Piezoelectric ceramic rings are widely used in the field of ultrasonic welding, such as mask machine lamps. The materials of Piezo Ceramic Ring include PZT4, PZT5 and PZT8. The dimensions are 50 * 20 * 5, 30 * 12 * 5, 25 * 13 * 5, 40 * 20 * 5, 38 * 12 * 6.5, 60 * 30 * 10, 50 * 20 * 6, 50 * 17 * 6.5, 50 * 17 * 5, 45 * 15 * 5, 25 * 10 * 5, 38 * 15 * 5, 50 * 23 * 6.5 and 35 * 15 * 5.