Electronic chip is a kind of precision electronic device, which is used in mobile phones, cameras, televisions, computers and other electronic devices to carry storage and memory functions, and is one of the important inventions in the development of modern information society. Modern computing, communication, manufacturing, and transportation systems, including the Internet, all rely on the function of electronic chips, which is considered by many experts and scholars to be one of the important symbols of the great leap forward in the history of human development, bringing the development level of human society into a new era.
Keeping electronic chips clean and clean is an important job to maintain their normal function, when electronic chips are contaminated by dust, particles, bacteria and other impurities, their functions will be greatly reduced or even scrapped directly. In order to ensure the stability of the function of electronic chips and reduce the scrap rate of production enterprises, ultrapure water is used to clean the chips. Ultrapure water is different from ordinary pure water, its composition is simple, except for water molecules, it almost does not contain any organic matter, microorganisms, bacteria, metal ions, and will not affect its functional stability during the process of washing electronic chips.
EDI ultrapure water equipment can produce ultrapure water stably and continuously, using EDI technology, reverse osmosis technology and deep desalination technology. EDI technology will not produce acid and alkali waste liquid when applied, and the subsequent process avoids acid and alkali neutralization treatment, and has strong environmental performance. In addition, the EDI module inlet water is a secondary reverse osmosis produced water, and after desalination by the EDI system, the quality of EDI concentrated water is still better than that of the first-class reverse osmosis produced water, and it can be reflowed back to the first-stage reverse osmosis production tank.
The reverse osmosis link mainly plays a role in the reverse osmosis membrane, which has a small pore size and strong anti-pollution ability, which can effectively intercept all ions, fully remove impurities such as microorganisms, minerals and trace elements, and retain only hydrogen and oxygen atoms. The deep desalination process section can fully remove the salt in the water, and fundamentally ensure the quality of the ultrapure water effluent. In short, EDI ultrapure water equipment produces continuous and stable ultrapure water, reliable technology and high safety, which can provide a stable supply of ultrapure water for electronic chip cleaning and provide convenience for production enterprises.
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