A. Product Overview

The 25kHz 60W Ultrasonic Cleaning Transducer is a piezoelectric transducer intended for use in ultrasonic cleaning machines and industrial cleaning tanks.

The transducer converts electrical energy supplied by an ultrasonic generator into high frequency mechanical vibration. When properly mounted on an ultrasonic cleaning tank, these vibrations are transmitted through the tank and cleaning liquid to provide effective cleaning action.

The design uses PZT piezoceramic material with a high mechanical Q value. According to the supplied product information, the transducer is designed to provide an electrical to ultrasonic energy transfer rate of more than 98 percent.

The construction also includes insulation components, an electrode plate, stainless steel fastening components and a radiation head designed for stable installation.

Key product characteristics include:

• PZT piezoelectric ceramic construction
• High electrical to ultrasonic energy transfer efficiency
• Strong ultrasonic vibration
• Stable operation
• Controlled Q value and bandwidth
• Suitable for ultrasonic cleaning tanks
• Designed for operation in hot environments below approximately 80°C
• Firm and convenient mounting arrangement
• Suitable for industrial cleaning applications
• Designed for long service life when correctly installed and operated

B. Working Principle of the 25kHz 60W Ultrasonic Cleaning Transducer

The ultrasonic cleaning transducer works by converting electrical energy into high frequency mechanical vibration.

An ultrasonic generator supplies the electrical signal to the piezoelectric elements inside the transducer. The PZT piezoceramic elements respond to the electrical signal by rapidly expanding and contracting.

This movement creates ultrasonic mechanical vibration.

When the transducer is mounted to the cleaning tank, the vibration is transferred to the tank surface and subsequently into the cleaning liquid. The ultrasonic activity inside the liquid provides the cleaning action required to remove contaminants from components placed inside the tank.

The basic operating sequence is:

Ultrasonic Generator → Electrical Energy → Piezoelectric Transducer → Mechanical Vibration → Cleaning Tank → Ultrasonic Cleaning Action

Multiple ultrasonic transducers can also be installed on a larger cleaning tank to distribute ultrasonic vibration across a wider cleaning area.

C. Why Is a 25kHz 60W Ultrasonic Cleaning Transducer Used?

The transducer is used to provide the ultrasonic vibration required inside an ultrasonic cleaning system.

Traditional cleaning methods can have difficulty reaching small gaps, holes, complex surfaces and inaccessible areas of a component. Ultrasonic cleaning provides vibration throughout the cleaning liquid, allowing cleaning action to reach areas that may be difficult to clean manually.

The transducer can help remove contaminants such as:

• Oil
• Dirt
• Industrial contamination
• Residues
• Deposits on components
• Contamination present in small or difficult to reach areas

It can be used for cleaning components such as:

• Magnetic cores
• Nozzles
• Automobile parts
• Electroplated metal products
• Chemical fiber spinnerets
• Optical lenses
• Bearings
• Tools
• Utensils
• Medical equipment
• Precision hardware
• Clock and watch components
• Gold and silver jewelry
• Electronic components

Apart from cleaning, ultrasonic vibration can also be used in certain chemical processes for stirring, catalysis and acceleration of chemical reactions.

D. Suitable Buyers

The 25kHz 60W Ultrasonic Cleaning Transducer is suitable for manufacturers, OEMs, system integrators and industrial users involved in ultrasonic cleaning equipment.

Typical buyers include:

• Ultrasonic cleaning machine manufacturers
• Ultrasonic cleaner OEMs
• Industrial automation companies
• Ultrasonic generator and cleaner manufacturers
• Automotive component manufacturers
• Automobile service equipment manufacturers
• Electronics manufacturers
• PCB and electronic component cleaning companies
• Electroplating industries
• Precision engineering companies
• Bearing manufacturers
• Optical equipment manufacturers
• Jewelry cleaning equipment suppliers
• Watch and clock component manufacturers
• Medical equipment cleaning system manufacturers
• Metal component manufacturers
• Chemical processing industries
• Industrial cleaning solution providers
• Machine builders
• Ultrasonic equipment repair companies
• Ultrasonic cleaning tank manufacturers

Applications of 25kHz 60W Ultrasonic Cleaning Transducer

The ultrasonic cleaning transducer can be used across various industrial applications, including:

Electronic Industry:
Cleaning circuit boards, electronic components, mobile circuit boards and other electronic assemblies.

Automotive Industry:
Cleaning automotive parts, precision components, nozzles and other mechanical components.

Metal Industry:
Cleaning metal parts, precision hardware, tools and electroplated products.

Jewelry Industry:
Cleaning gold, silver and other jewelry components.

Optical Industry:
Cleaning optical glass, lenses, mirrors and optical components.

Medical Equipment:
Cleaning suitable medical instruments and equipment components.

Bearing Industry:
Cleaning bearings and precision mechanical components.

Watch Industry:
Cleaning watches, clock parts and small precision assemblies.

Chemical Industry:
Ultrasonic vibration can also support stirring, catalysis and acceleration of certain chemical processes.

Frequently Asked Questions

1. What is a 25kHz 60W ultrasonic cleaning transducer?

A 25kHz 60W ultrasonic cleaning transducer is a piezoelectric device designed to convert electrical energy from an ultrasonic generator into mechanical ultrasonic vibration for use in ultrasonic cleaning systems.

2. What is the main purpose of an ultrasonic cleaning transducer?

Its main purpose is to generate ultrasonic vibration and transfer that vibration into an ultrasonic cleaning tank so that components immersed in the cleaning liquid can be cleaned effectively.

3. How does an ultrasonic cleaning transducer work?

The piezoelectric ceramic elements inside the transducer respond to electrical signals from an ultrasonic generator. They generate rapid mechanical vibration, which is transferred to the cleaning tank and cleaning liquid.

4. What type of piezoelectric material is used?

The supplied product information mentions PZT-4 and PZT-8 piezoceramic materials.

5. Is this transducer suitable for industrial ultrasonic cleaners?

Yes. It is intended for ultrasonic cleaning equipment and can be installed as part of industrial ultrasonic cleaning tank systems.

6. Can multiple ultrasonic transducers be installed in one cleaning tank?

Yes. Multiple transducers can be mounted on a cleaning tank when greater ultrasonic coverage or a larger cleaning area is required.

7. What industries can use this ultrasonic transducer?

It can be used in electronics, machinery, automotive, electroplating, optical, bearing, jewelry, medical equipment, precision engineering and other industrial cleaning applications.

8. Can it be used for cleaning automobile parts?

Yes. Automobile components and other mechanical parts are among the applications listed for ultrasonic cleaning.

9. Can the transducer be used for jewelry cleaning?

Yes. Gold and silver jewelry and other precision components can be cleaned using a suitable ultrasonic cleaning system.

10. Is it suitable for electronic component cleaning?

Yes. Applications include circuit boards, electronic components and other suitable electronic parts.

11. Can ultrasonic transducers clean difficult to reach areas?

Ultrasonic cleaning is particularly useful where components contain complex shapes, recesses and areas that are difficult to access using conventional cleaning methods.

12. What is the electrical to ultrasonic transfer efficiency?

The supplied information states that the transducer can provide an electrical to ultrasonic sound transfer rate of more than 98 percent when using the specified PZT piezoceramic construction.

13. Can the transducer work at elevated temperatures?

The supplied product information states that the design can operate normally in hot environments below approximately 80°C, subject to correct installation and operating conditions.

14. What is required to operate an ultrasonic cleaning transducer?

An ultrasonic cleaning transducer normally works as part of a system consisting of an appropriate ultrasonic generator, correctly matched transducer assembly, cleaning tank and suitable cleaning liquid.

15. Where is the ultrasonic transducer installed?

The supplied installation diagram shows ultrasonic transducers mounted to the cleaning tank so that vibration can be transferred into the tank and cleaning liquid.