The reason why micro pumps are very suitable for use in disinfection machines is mainly reflected in the following characteristics:

1. Small and compact size

- Disinfection machines are usually small in size and need to be installed in a limited space. Micro pumps are small in size and light in weight, and can be easily integrated into the design of disinfection machines.

2. Low power consumption and high efficiency

- Micro pumps usually have a power of between 10-100W and low power consumption. This is very consistent with the energy-saving requirements of disinfection machines. At the same time, they also have high delivery efficiency.

3. Corrosion resistance

- Chemical solutions such as strong acids and strong alkalis are used in the disinfection process. Micro pumps need to be made of corrosion-resistant materials such as stainless steel and engineering plastics to withstand these corrosive environments.

4. Sanitary design

- The contact parts of micro pumps are made of sanitary materials with smooth and seamless surfaces to prevent bacteria from attaching and growing. This helps to ensure the hygiene standards of the disinfection process.

5. Quick response and controllability

- Micro pumps are usually equipped with electronic control systems that can start and stop quickly and accurately control the flow rate. This meets the sterilizer's needs for instantaneous start-up and adjustable flow.

6. High reliability and durability

- The micro pump adopts a solid structural design and manufacturing process, which can withstand the frequent start-stop and chemical corrosion of the sterilization environment, ensuring long-term stable and reliable operation.

In short, the micro pump has become an ideal choice in the sterilizer due to its various characteristics that are highly adapted to the application requirements of the sterilizer. While ensuring the sterilization effect, they can also improve the energy efficiency and service life of the whole machine.