24Khz Ultrasonic Stepped Column Transducer with 4pcs Ceramics CE Certification 

Description:

Due to different processing methods and requirements, the working mode of the transducer can be roughly divided into continuous work (lace machine, CD set machine, zipper machine, metal welding, etc.) and pulse type work (such as plastic welding machine). Different working methods The requirements for the transducer are different. In general, continuous operation has almost no pause time, but the operating current is not very large, the pulse operation is intermittent, there is a pause, but the instantaneous current is very large. On average, the power of both states is large.

Specifications:

The difference between high frequency and ultrasound:

High frequency and ultrasonic are two different concepts. High frequency refers to electromagnetic waves with a frequency greater than 100Khz, and ultrasonic waves refers to sound waves with a frequency exceeding 20 kHz. The high-frequency welding principle and welding principle are different from those of ultrasonic waves. High-frequency electromagnetic waves use high-frequency electromagnetic fields to make the internal molecules collide with each other to produce high temperature to achieve welding and welding. Ultrasonic waves generate a large amount of heat by the principle of frictional heat generation. To achieve the purpose of welding and welding.
High-frequency applications are widely used, so there are high-frequency plastic welding machines, high-frequency plastic-plastic fuses, high-frequency folding box indenters, high-frequency embossing machines, and high-frequency heating machines.
High frequency is a high frequency wave. High frequency and ultrasonic are two different concepts. High frequency refers to electromagnetic waves with a frequency greater than 100Khz. Dongguan ultrasonic refers to sound waves with a frequency exceeding 20 kHz. The high-frequency welding principle and welding principle are different from the ultrasonic wave. High-frequency electromagnetic waves use high-frequency electromagnetic fields to make the internal molecules collide with each other to produce high temperature to achieve welding and welding. Ultrasonic waves generate a large amount of heat by using the principle of frictional heat generation. To achieve the purpose of welding and welding.
The high frequency is generated by the self-excited oscillator of the electron tube, so that the processed plastic is in the high-frequency electric field between the upper and lower electrodes, and the internal molecules generate the force motion friction, and the welding purpose and the welding effect are obtained under the pressure of the mold.