Detailed information about the application of micro pumps in disinfection machines:

1. High-pressure spraying system: The micro pump delivers water to the high-pressure nozzle, and sprays disinfectant or hot water onto the surface of the object with strong spraying pressure, thereby achieving the purpose of thorough disinfection. This high-pressure spraying ensures that the disinfectant completely covers every corner of the object.

2. Precision control: The disinfection machine is usually equipped with an electronic control system that can accurately control the running speed and flow of the micro pump, thereby adjusting the spraying pressure and amount of the disinfectant. This precise control helps to optimize the disinfection effect and save water and disinfectant usage.

3. Anti-pollution design: The material and structure of the micro pump are usually designed with sanitary grade to prevent the water source from being polluted again. Some micro pumps also have an automatic sewage discharge function, which can regularly clean up the impurities accumulated inside.

4. Corrosion resistance: The disinfection machine uses strongly acidic or alkaline disinfectants, which are highly corrosive to the pump parts. Therefore, micro pumps are usually made of materials such as stainless steel and corrosion-resistant plastics to ensure long-term stable operation.

5. Low noise design: In order not to affect the working environment during the disinfection process, micro pumps are designed with low noise, and the noise level is generally controlled at around 40 decibels.

In general, as the core component of the disinfection machine, the reliability, durability and performance characteristics of the micro pump have a key impact on the working effect and user experience of the disinfection machine. This is also an important reason why micro pumps are widely used in disinfection equipment.