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How to choose the power of ultrasonic cleaning equipment
For customers who have never used ultrasonic cleaning equipment, buying this is a headache. In addition to considering capacity, frequency, and power, how to buy the most suitable ultrasonic cleaning equipment at a reasonable price. Follow the editor to see it.
Ultrasonic cleaner cleaning sometimes uses low power, and it takes a long time to remove dirt. If the power reaches a certain value, the dirt will be removed quickly. The power of ultrasonic cleaning equipment should be proportional to the cleaning effect in theory. The greater the power, the better the cleaning effect, but not the greater the power, the better the cleaning effect. On the contrary, we must choose the ultrasonic power correctly and reasonably. The higher the power, the more obvious the cavitation effect, which will generate a lot of useless bubbles, increase the diffraction attenuation, and form an acoustic barrier. At the same time, the greater the sound intensity increases the nonlinear attenuation, which will affect the cleaning effect of the parts to be cleaned away from the sound source. In addition, the cavitation corrosion of the vibration plate will also be accelerated, resulting in shorter equipment life.
Considering the cleaning effect of ultrasonic cleaning equipment, the power is only one aspect. Other factors such as the temperature of the cleaning fluid, cleaning time, cleaning solvent, and the size of the cleaning tank are also directly related to the cleaning effect. The power of the ultrasonic cleaner is matched according to the size of the cleaning tank. There are standards in related industries. Customers only need to know the maximum size of the workpiece to be cleaned and the number of one-time washing when purchasing equipment.
Secondly, if the power is too large and the cleaning power is too strong, the damage to the surface of the workpiece will be stronger. For objects with a weak surface, the power should be carefully considered. Finally, the greater the power, the higher the price will naturally be, so do not blindly pursue high power, but should be considered from an economic and practical perspective.
Ultrasonic cleaner cleaning sometimes uses low power, and it takes a long time to remove dirt. If the power reaches a certain value, the dirt will be removed quickly. The power of ultrasonic cleaning equipment should be proportional to the cleaning effect in theory. The greater the power, the better the cleaning effect, but not the greater the power, the better the cleaning effect. On the contrary, we must choose the ultrasonic power correctly and reasonably. The higher the power, the more obvious the cavitation effect, which will generate a lot of useless bubbles, increase the diffraction attenuation, and form an acoustic barrier. At the same time, the greater the sound intensity increases the nonlinear attenuation, which will affect the cleaning effect of the parts to be cleaned away from the sound source. In addition, the cavitation corrosion of the vibration plate will also be accelerated, resulting in shorter equipment life.
Considering the cleaning effect of ultrasonic cleaning equipment, the power is only one aspect. Other factors such as the temperature of the cleaning fluid, cleaning time, cleaning solvent, and the size of the cleaning tank are also directly related to the cleaning effect. The power of the ultrasonic cleaner is matched according to the size of the cleaning tank. There are standards in related industries. Customers only need to know the maximum size of the workpiece to be cleaned and the number of one-time washing when purchasing equipment.
Secondly, if the power is too large and the cleaning power is too strong, the damage to the surface of the workpiece will be stronger. For objects with a weak surface, the power should be carefully considered. Finally, the greater the power, the higher the price will naturally be, so do not blindly pursue high power, but should be considered from an economic and practical perspective.