Since the emergence of ultrasonic technology in the 1960s, scientists have discovered that ultrasonic waves within a certain frequency range can achieve cleaning effects when applied to liquid media. After a period of research and experimentation, not only has satisfactory results been achieved, but it has also been found that its cleaning power is extremely high. As a result, ultrasonic cleaning machines have gradually been applied in various industries. In the early stages of application, due to the limitations of the electronics industry, the power supply of ultrasonic cleaning equipment has a relatively large volume, low stability and service life, and is expensive, which is difficult for general industrial and mining enterprises to afford. However, its outstanding cleaning power and effect still make some powerful state-owned enterprises fall in love at first sight. With the rapid development of the electronics industry, a new generation of electronic components emerge one after another. The application of new electronic circuits and electronic components has further improved the stability and service life of ultrasonic power supplies, reduced their size, and gradually lowered their prices. In the late 1980s, the third generation of ultrasonic power supply was introduced, which was an inverter power supply and applied the latest IGBT components. The new ultrasonic power supply has the characteristics of small size, high reliability, and long service life, which further improves the cleaning power and reduces the price to a level that most enterprises can accept.

The addition of certain additives can achieve the following effects:

Buffer effect: Maintain a stable pH value of the detergent.

The anti-corrosion effect on metals.

Can increase the emulsification ability and emulsion stability of detergent.

It can make the solution have good suspension ability and stable suspension system ability, which can prevent dirt from settling again.

Selection criteria for surfactants, chelating agents, and additives: (1) The detergent composed has strong cleaning ability; (2) The chemical properties are soft and do not damage the laundry; (3) Failure of components due to the absence of chemical reactions between them; (4) Has outstanding clarity.

The application temperature and concentration of detergent should be determined through detailed experiments. The effect of trichloroethylene is achieved by dissolving the adhesive, wax, and asphalt on it to achieve the purpose of cleaning.

Article source: Jiangmen Ultrasonic Cleaning Machine http://www.kpzfcsb.com/