Hot Product

China Piezoelectrical Transducer for Ultrasonic Machines

Short Description:

Our China piezoelectrical transducer provides reliable high-frequency energy conversion for various ultrasonic machine applications.

  • Model: H-5020-4Z
  • Frequency: 20KHz
  • Shape: Cylindrical
  • Ceramic diameter: 50mm
  • Quantity of ceramic: 4
  • Impedance: 15Ω
  • Power: 2000W
  • Max Amplitude: 10µm
  • Brand: Hanstyle

Product Detail

Product Tags

ParameterSpecification
Frequency20KHz
ShapeCylindrical, Inverted Flared, Aluminum Sheet Type
Ceramic Diameter40mm, 50mm
Connection ScrewM18×1, M18×1.5, 1/2-20UNF

SpecificationDetails
Frequency Range20KHz
Dimensions40mm, 50mm
Impedance5000-25000 Ohms
Capacitance5000pF-20000pF
Input PowerUp to 2000W

The manufacturing process of a piezoelectrical transducer requires precision engineering and high-quality materials. Initially, piezoelectric ceramics are synthesized from finely ground materials such as lead zirconate titanate or similar compositions, which are then sintered at high temperatures to achieve the desired crystalline structure. Following this, the piezoceramic rings are precisely cut and integrated with electrodes, ensuring optimal charge collection. The assembly is then housed in protective casings to mitigate environmental influences, preserving the transducer's integrity. A crucial step involves aging the ceramics to stabilize their properties, ensuring consistency in performance. According to industry reviews, the reliability and efficiency of these transducers are continually enhanced through rigorous testing and quality control processes.
Piezoelectrical transducers are widely applicable across various sectors. In industrial environments, they are critical for non-destructive testing and vibration monitoring, where they provide real-time data on machinery health and performance. In the automotive realm, these transducers are integral to systems like engine knock sensors, which help optimize engine function and prevent damage. Medical applications include their use in ultrasound diagnostics, where their ability to generate and receive sound waves allows for non-invasive internal scanning. An authoritative study highlighted the versatility of piezoelectrical transducers, emphasizing the role they play in ensuring precision and efficiency across technological applications.
We provide comprehensive after-sales service for our piezoelectrical transducers. Our service includes technical support, product maintenance, and warranty coverage. Customers can avail themselves of our expert guidance to optimize the use of their transducers and extend their operational life. We also facilitate repair and replacement services in the event of any product defects.
The transportation of our piezoelectrical transducers is managed with utmost care to ensure they reach clients in pristine condition. We utilize robust packaging materials to protect against environmental factors and potential transit damage. Additionally, our logistics partners are selected based on reliability and efficiency to guarantee timely delivery. We also offer tracking services for customer convenience.
Product Advantages:
  • High stability and reliability, ensuring long service life.
  • Energy-efficient and environmentally friendly due to high conversion efficiency of piezoelectric materials.
  • Undergo extensive testing to ensure performance excellence.
  • Available for customization to meet specific application needs.

FAQ

  1. What is the primary material used in your piezoelectrical transducers?

    We use high-quality piezoelectric ceramic material for optimal energy conversion efficiency, manufactured in China.

  2. Can this transducer be used in medical equipment?

    Yes, our China piezoelectrical transducers are suitable for medical applications like ultrasound imaging.

  3. What is the expected service life of these transducers?

    With proper use and maintenance, our transducers offer long service life due to their durable construction and thorough testing in China.

  4. Are these transducers energy-efficient?

    Indeed, they are designed for high energy conversion efficiency, making them environmentally friendly and cost-effective.

  5. Do you offer customization options for specific industrial needs?

    Yes, we provide customization services to tailor our transducers to specific industrial applications, leveraging our production capabilities in China.

  6. What support is available if a transducer fails?

    We offer comprehensive after-sales support, including technical guidance and repair services, ensuring customer satisfaction.

  7. Do you provide international shipping?

    Yes, we ship our products internationally, ensuring they reach global markets efficiently from China.

  8. Are the transducers tested before shipping?

    Every transducer undergoes rigorous testing for performance and quality assurance, conducted in our China facilities.

  9. What industries are your transducers best suited for?

    Our China piezoelectrical transducers are ideal for industries like automotive, medical, and industrial machinery.

  10. How does the China production process enhance the quality of these transducers?

    The production process in China emphasizes precision and adherence to high standards, ensuring product reliability and quality.


Hot Topics

  1. Integrating Piezoelectrical Transducers into Smart Manufacturing

    China's advancements in smart manufacturing are increasingly incorporating piezoelectrical transducers. These components play a crucial role in monitoring and enhancing machine performance due to their precise energy conversion capabilities. Industries are leveraging these transducers to optimize production processes, reduce energy consumption, and improve product quality. The expertise of China in producing reliable, high-quality transducers has made it a leader in smart manufacturing technologies.

  2. The Role of Piezoelectrical Transducers in Automotive Innovations

    As automotive technologies evolve, the integration of piezoelectrical transducers has become essential in China. These transducers are key to precise engine diagnostics and performance optimization, helping reduce emissions and enhance fuel efficiency. China's focus on developing cutting-edge automotive technology aligns with the production of advanced transducers, ensuring vehicles operate at peak efficiency while maintaining environmental sustainability.

  3. Enhancing Medical Diagnostics with China-made Piezoelectrical Transducers

    Piezoelectrical transducers manufactured in China are pivotal in advancing medical diagnostic tools, such as ultrasound machines. Their ability to deliver high-resolution images allows for more accurate and non-invasive diagnostics, improving patient outcomes. China's commitment to quality and innovation has resulted in highly effective transducers that are crucial in modern medical practices, enhancing the speed and accuracy of diagnoses.

  4. Innovation in Energy Harvesting Using Piezoelectrical Transducers

    China's research into energy harvesting technologies heavily involves piezoelectrical transducers. These devices capture mechanical energy from environmental sources and convert it into electrical power, supporting the development of sustainable energy solutions. The utilization of these transducers in energy harvesting applications reflects China's leadership in green technology advancement and commitment to reducing global carbon footprints.

  5. Adapting Piezoelectrical Transducers for Environmental Monitoring

    The demand for environmental monitoring devices in China has led to innovative uses of piezoelectrical transducers. These transducers provide accurate data on air and water quality, contributing to better management of ecological resources. China's production capabilities ensure these devices are both cost-effective and highly efficient, facilitating widespread adoption in environmental conservation efforts.

  6. China and the Future of Acoustic Technologies

    Piezoelectrical transducers are integral to the development of advanced acoustic technologies, an area where China's expertise is expanding. These transducers are employed in everything from consumer audio devices to sophisticated sonar systems, offering enhanced sound quality and detection capabilities. China's technological advancements support the global push towards more refined acoustic solutions.

  7. The Significance of Piezoelectrical Transducers in Industrial Automation

    Industrial automation in China benefits significantly from piezoelectrical transducers, which provide critical feedback for automated systems. By converting mechanical movements into electrical signals, these transducers enhance machine precision and operation safety. China's innovative approach ensures that these transducers meet the rigorous demands of modern industrial applications.

  8. China's Role in Global Piezoelectrical Transducer Supply Chains

    China is a key player in the global supply chain for piezoelectrical transducers, offering high-quality and competitively priced products. As demand for these components grows across various sectors, China's manufacturing capabilities ensure a reliable supply, supporting global technological advancements. The country's strategic position in international trade enhances the accessibility of these vital components worldwide.

  9. Advancements in Non-Destructive Testing Using China-made Transducers

    Non-destructive testing technologies have been revolutionized by piezoelectrical transducers produced in China. These transducers allow for precise inspection of materials and structures without damaging them, critical in ensuring safety and compliance across industries. China's innovative production techniques enhance the effectiveness of these devices, highlighting its contribution to global industrial safety standards.

  10. Developing Next-Generation Piezoelectrical Materials in China

    China is at the forefront of developing next-generation piezoelectrical materials, aiming to improve the efficiency and performance of transducers. Research and development efforts focus on enhancing material properties to withstand higher operational demands, ensuring long-term reliability and superior performance. As a leader in material science, China continues to push the boundaries of what's possible in piezoelectrical technology.

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