Dongguan Yihui Company introduced the role of ultrasonic molds and the scope of application here today.
1. Ultrasonic molds can be very efficiently propagated in gases, as well as in liquids, solids and solid solutions.
2. Ultrasound can transmit a relatively strong energy.
3. Ultrasound can produce a phenomenon of reflection, interference and superposition and resonance.
4. Ultrasonic When it propagates in a liquid medium, it can produce a strong impact and cavitation on the interface.
Ultrasonic molds also belong to a large family of sound waves.
Ultrasound is a form of propagation of the vibrational state (or energy) of an object's machinery. The so-called vibration refers to a round-trip motion of a particle of a substance near its equilibrium position. For example, after the drum surface is tapped, it will vibrate up and down. This state of vibration will propagate through the air medium in all directions. This is called sound waves.
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