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Industrial pure water
Mainly used for automobile coating, paint, paint, fine processing and cleaning. The water quality standard is usually 0.1~15 μm/cm, and the combination process of quartz sand filter, activated carbon filter, ultrafiltration, reverse osmosis, EDI and so on can be used according to the user's water quality demand.
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Electronic ultrapure water
The development of integrated circuits (ULSI) has led to the need for ultra-clean technology (ultraclean technology). The strong demand for this technology in the semiconductor manufacturing industry exceeds other fields. This technology has also been transferred to other fields outside the electronic manufacturing industry, such as semiconductor equipment manufacturing, Biochemical technology and other industrial fields.
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Pharmaceutical Purified Water
Pharmaceutical purified water is mainly used in the pharmaceutical industry and biological industry, and is used in the production of pharmaceutical water, Chinese patent medicine, health products, disposable syringes, blood transfusion devices and other medical devices.
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Direct drinking water
Direct drinking water is municipal tap water after a special process of advanced treatment and purification, and then mixed with ozone sealed in a container and does not contain any additives, and then through ultraviolet sterilization to make the water quality meet the national drinking water standards, and then through the frequency conversion pump, the use of food-grade independent pipeline directly transported to each drinking point.
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Medical water centralized supply system
The medical water purification system adopts membrane purification technology, integrates microfiltration, ultrafiltration, reverse osmosis, EDI and disinfection and sterilization processes, and is equipped with mature and reliable Internet of Things technology to realize real-time sharing of remote data, with automatic, manual, emergency and remote control modes. The pure water system is fully automatic control during normal operation and can be operated unattended. When the automatic control fails, the manual control can ensure the operation of the equipment and ensure the normal water supply.
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