CM9625 Piezoelectric Ceramic Disc PZT Disc Dia. 25 mm x 3 mm

Piezoelectric Ceramic Disc PZT Disc Dia. 25 mm x 3 mm Description

Manufactured from lead zirconate titanate, this disc features a standardized diameter of 25 mm and a thickness of 3 mm to support electromechanical energy conversion. Controlled sintering and densification processes promote a suitable domain structure, enabling the disc to convert applied mechanical stress into electrical signals. Its design facilitates integration into technical devices, sensors, and industrial instrumentation where conversion efficiency and dimensional consistency are required.

Piezoelectric Ceramic Disc PZT Disc Dia. 25 mm x 3 mm Applications

1.       Electronics
   - Used as an actuator in microelectromechanical systems to achieve motion sensing by utilising its piezoelectric response.
   - Applied as a sensor element in vibration detection circuits, which convert mechanical variations into measurable electrical signals.

2.       Healthcare
   - Used as a sensor component in diagnostic instruments to detect subtle pressure changes by utilising its electromechanical properties.

3.       Industrial
   - Employed as a pressure transducer in automation systems to convert mechanical loads into electrical outputs by utilising its stable ceramic characteristics.

Piezoelectric Ceramic Disc PZT Disc Dia. 25 mm x 3 mm Packing

Each disc is packaged in a static-dissipative envelope and secured within a foam-lined, rigid container to prevent mechanical shock and contamination. The packaging is designed to limit moisture ingress and particulate exposure during transit. Storage under temperature-controlled, low-humidity conditions is recommended. Customised packaging options, including alternative cushioning materials and labelling, are available to satisfy specific handling and storage protocols.

Frequently Asked Questions

Q1: What is the significance of the disc’s dimensions in electromechanical systems?
A1: The 25 mm diameter and 3 mm thickness offer a standard size that facilitates integration with existing sensor assemblies. These dimensions ensure the consistent conversion of mechanical stress into electrical charge, which is critical for system compatibility and performance.

Q2: How does the controlled sintering process influence the piezoelectric properties?
A2: Controlled sintering promotes uniform densification and grain orientation, which are essential for effective piezoelectric response. Quality control through X-ray diffraction and electron microscopy confirms that the target microstructure is achieved for consistent electromechanical behaviour.

Q3: Can the packaging be customised to meet specific requirements?
A3: Yes, the packaging can be adapted with alternative cushioning and labelling options to comply with specific transport or storage protocols. Custom configurations are available to address unique customer handling and traceability needs.

Additional Information

Piezoelectric materials such as PZT ceramics are fundamental in applications where the conversion of mechanical energy to electrical energy is necessary. Their behaviour is dictated by the material’s composition and the microstructural domain alignment achieved during processing. Understanding these characteristics is essential for optimising device performance in various technical fields.

Advances in ceramic processing and characterisation have enhanced the understanding of piezoelectric responses. Research continues to refine processing techniques and material formulations, broadening the scope of applications in sensor technology, automation, and instrumentation across multiple industries.