Products Details
| Type | Piezoelectric Ceramics |
| Material | PZT |
| Mounting Type | Directly Connected |
| Name | Piezo ceramic |
| Shape | disc, ring, tube, sphere |
| Frequency | 22KHz to 10MHz |
| Material | PZT4, PZT5, PZT8 |
| Application | Medical , cleaning , beauty, measurement,etc |

FAQ
1. What is a 20mm SMD piezo element?
A 20mm SMD piezo element is a surface-mount piezoelectric component used for sound generation, vibration sensing, and compact electronic designs.
2. What applications use a 20mm SMD piezo element?
A 20mm SMD piezo element is commonly used in buzzers, alarms, ultrasonic devices, smart home products, and industrial electronics.
3. Why choose an SMD piezo element?
An SMD piezo element supports automated assembly, saves PCB space, and improves manufacturing efficiency for high-volume production.
4. Is the 20mm SMD piezo element suitable for PCB mounting?
Yes, the 20mm SMD piezo element is designed for PCB surface mounting and is compatible with standard SMT processes.
5. Can a 20mm SMD piezo element be used in alarms and buzzers?
Yes, the 20mm SMD piezo element is widely used in alarm and buzzer applications for reliable audible output.
6. What are the benefits of a piezoelectric SMD component?
A piezoelectric SMD component offers compact size, low power use, fast response, and easy integration into electronic systems.
7. Is the 20mm SMD piezo element suitable for OEM projects?
Yes, the 20mm SMD piezo element is suitable for OEM and custom projects that require specific acoustic or sensing performance.
8. Does the 20mm SMD piezo element support industrial use?
Yes, the 20mm SMD piezo element is used in industrial electronics where stable piezoelectric performance and compact design are important.
9. How does a surface mount piezo element help production?
A surface mount piezo element helps production by enabling automated placement, reducing assembly time, and improving consistency.
10. Can the 20mm SMD piezo element be customized?
Yes, the 20mm SMD piezo element can often be customized for frequency, size, and performance to meet application requirements.







