Nowadays, the application of new raft conveyors is used to reduce the weight of traditional raft conveyor equipment, make the rollers more flexible, and the new raft conveyor is used for entertainment. The equipment includes a fixed horizontal bar on the upper part of the support member, and the support member is equipped with a rotating shaft that passes through the bearing seat. The rotating shaft is applied to the motor cover, and the rotating shaft is expanded. The raft arrangement of entertainment equipment is orderly.

The main factors affecting the function of ultrasonic cleaning machine——

Element 1: Selection of Ultrasonic Sound Intensity or Sound Pressure

In the cleaning solution, negative pressure only appears when the amplitude of the distress sound pressure exceeds the liquid static pressure. When the sound intensity of the ultrasonic cleaning machine is higher than the cavitation threshold, ultrasonic spin occurs. For general fluids, when the cavitation threshold is almost equal to the sound intensity per square centimeter, the cavitation intensity increases, that is, the noise intensity is higher and the cavitation intensity is higher; Good cleaning effect; For certain difficult to clean objects, such as oxides on metal surfaces, higher sound intensity is required in the fibers of synthetic fibers.

Element 2: Selection of Frequency

The ultrasonic cavitation threshold is closely related to the ultrasonic frequency. The higher the sound intensity or sound power required to generate cavitation in the fluid, the lower the frequency, and the more likely cavitation is to occur. The lower the frequency, the longer the fluid contraction time of the ultrasonic cleaning machine, and the bubbles may increase before impact. Increasing the cavitation intensity is more conducive to the cleaning effect.

Element Three: Physical and Chemical Properties of Cleaning Solution

It is necessary to consider two aspects when selecting an ultrasonic cleaning machine: on the one hand, it is necessary to choose cleaning agents with outstanding chemical effects, such as vapor pressure and viscosity. Due to these characteristics, in addition, the temperature and static pressure of the cleaning solution will affect the cleaning effect of the ultrasonic cleaning machine. As the temperature of the cleaning solution increases, the number of cavitation bacteria increases, and cavitation phenomenon becomes increasingly important.

Article source: Kaiping ultrasonic cleaning machine www.kpzfcsb.com/