In Which Fields Is Moreshine Ultra Pure Water Machine Applied?

Moreshine Ultra Pure Water Machine has played a significant role in various research fields. It has also received unanimous recognition from users. In this way, the market prospects will continue to improve, and the application fields of ultrapure water meters will also become more and more widespread. So, in what fields can Moreshine Ultra Pure Water Instrument be applied?

1.Electronic industry

According to scientific electronic standards, the Ministry of Electronic Industry divides electronic water quality technology into five industry levels: I, II, III, IV, and V. At present, the role of ultrapure water meters in the electronic industry is becoming increasingly prominent, directly affecting production costs, product quality, and environmental quality. LD of electronic components. In the production process of electronic components, whether it is cleaning water, treatment fluid, or slurry, pure water is indispensable.

2.Medical field

Many departments in hospitals require a large amount of water for cleaning, diagnosis and treatment, liquid distribution, etc. These waters usually come into direct contact with patients and medical equipment. Water is a commonly used dilution solvent in hemodialysis rooms. Dialysate usually comes into direct contact with the patient's blood. Once contaminated, it will pose a huge threat to the health of patients. In the disinfection supply room, if medical equipment is not thoroughly cleaned, the risk of infection will greatly increase. Most hospitals use ultrapure water meters to improve the purity of hospital water. It can meet the requirements of pure water specified in the pharmacopoeia and save costs conveniently and quickly.

3.Research field

If the water quality of the experiment is poor, solid particles in the water will clog the instrument. The solutes in water can affect the pH of the solution, and the ions in water can affect the reaction, directly affecting the experimental results. Therefore, in many strict experimental works, it is necessary to remove impurities from the water in order to obtain high-purity water with high clarity. For example, measuring light absorption, preparing chemical reagents, using water for cell culture, and final cleaning of laboratory equipment all require an ultrapure water meter.