How to prepare ultrasonic cleaning agents? How to prepare ultrasonic cleaning agents? Configuring ultrasonic cleaning agents is a very important process, as the ultrasonic cleaning agents used directly affect the cleaning effect of ultrasonic waves. So, how to configure an ultrasonic cleaning machine? The following is an explanation from the ultrasonic cleaning equipment manufacturer on how to prepare ultrasonic cleaning agents: The common type of ultrasonic cleaning equipment is liquid cleaning agents. Ultrasonic cleaning agents mainly consist of surfactants, chelating agents, auxiliary agents, and other organic solvents such as trichloroethylene. Selection principles for surfactants, chelating agents and additives: A). The detergent composed has a strong cleaning ability. B). It has mild chemical properties and does not damage the items being washed. C). The components do not undergo chemical reactions with each other to render them ineffective; D). It has good rinsing property. A certain substance is called a surfactant when it can significantly reduce the surface tension between water and air or the interfacial tension between water and other substances even at a very low concentration when dissolved in water. The molecular structures of water-soluble surfactants all have the characteristics of asymmetry and polarity. The addition of adjuvants will have the following effects: A). Buffering effect: It enables the PH value of the detergent to remain stable. B). Anti-corrosion effect on metals. C). It can enhance the emulsifying ability and stability of detergents. D). It can endow the solution with excellent suspension capacity and the ability to stabilize the suspension system, preventing dirt from settling again. E). It adsorbs at the interface between the aqueous solution and other phases, which greatly alters the physical properties of the system, especially the interfacial tension at the interfaces of each phase. According to the electrical properties exhibited by the hydrophilic groups when surfactants dissolve in water, surfactants can be classified into anionic, cationic, neutral and amphoteric surfactants. Chelating agents form stable chelates with certain metal ions in the solution, such as Ca2+ and Mg2+, thereby endowing the detergent with the function of resisting hard water. Specifically, when it comes to lens cleaning, they can also combine with certain substances containing Ca2+ and Mg2+ on the surface of the lenses to achieve the cleaning effect. The above is the relevant explanation on how to configure ultrasonic cleaning agents. We believe that everyone has learned a lot. For more information on how to configure ultrasonic cleaning agents, please pay attention to the official website of the ultrasonic cleaning instrument manufacturer http://www.kejeme.com