Why are ultrapure water machines so popular in various industries?

      With the development of science and technology and the progress of human beings, the protection and utilization of water resources is no longer only by human beings, but also by machinery, and ultra-pure water machines are one of them. It uses pretreatment, reverse osmosis technology, ultra-purification treatment and post-treatment methods to almost completely remove the conductive medium in the water, and remove the non-dissociated colloidal substances, gases and organic substances in the water to a very low degree. equipment. And it is widely favored by various industries because of its own advantages. Let's talk about its unique features.

Product advantages of ultrapure water machine:

1. Integrated design: the overall anti-corrosion design of the water purifier has a beautiful appearance. The pre-filtration, reverse osmosis (RO), pure water tank, UV lamp, sterilizing filter, internal circulation pipeline and pipe network distribution pressurized pump are synthesized into an integrated standard product, which can effectively avoid the temporary selection of products caused by mismatching. The chronic diseases such as poor signal transmission and low work efficiency.

2. Advanced water treatment process: The ultrapure water machine adopts a new full-membrane double-stage RO membrane process according to the characteristics of the source water quality, and the more scientific and reasonable configuration ensures the stable water quality of the produced water.

3. Convenient operation and maintenance system: the ultrapure water machine system is fully automatic, and most controls implement one-key operation. The RS485 interface is connected to the remote synchronization monitoring component (optional), allowing the operator to control the system remotely. . The RS232 interface can be connected to the computer, and its functions such as water quality monitoring, data download, data recording and printing conform to the Good Laboratory Practice (GLP), and can seamlessly link the laboratory building management system (BMS) to achieve central monitoring. In addition, the replacement of consumables is simple, and no professional operation is required.

4. Microbial control of the whole pipe network: the unique water tank design of the ultrapure water machine, the continuous circulation function of pure water in the pipe network, UV lamp, 0.2μm sterilizing filter to prevent bacteria from growing and entering the circulating pipe network; The automatic disinfection function of the pipe network effectively kills microorganisms, and the combination of the two aspects realizes the long-term stability of the experimental water environment.

5. High recovery rate: Under the premise of ensuring the life of the RO membrane, the recovery rate is 3 times higher than that of similar ordinary instruments, reaching a high recovery rate of 75%. Conserving water resources meets the requirements of a conservation-minded society.

Complete control, monitoring and automatic alarm functions: Effectively eliminate the shortcoming of unifying signal and operation management caused by the temporary collocation of non-standard products, and achieve signal feedback of water leakage, water pressure, water temperature, water tank, water level, flow rate, and inlet and outlet water quality. , so as to ensure the effective management of the whole system work.

6. Security assurance: multi-level password control system to prevent unauthorized operation, to ensure the implementation of GLP management concept and the security of system operation.

7. Low cost of use: As a laboratory grade III or grade II water system, consumables are concentrated in two parts: all consumables of pre-filter and softening device can be purchased locally, and the cost is low; while the replacement frequency of imported consumables is very low , The advanced technology of full-membrane double-stage reverse osmosis fully reflects the advantage of lower cost of use.

8. Centralized control system: Tailor-made equipment according to user needs. The entire experimental building is centrally controlled and managed by a set of host equipment, and laboratory personnel do not need to maintain equipment. The design is well-designed, the operation is simple, and energy is saved without waste.

9. One machine for multiple purposes: The water supply pipeline system is designed according to the needs of users, which can meet the experimental water supply of several or even dozens of water points at the same time.

10 Circulation system design: For users with high experimental requirements, a pipeline circulation system can be designed to effectively ensure the water quality of the finished water, without the phenomenon of "dead water", and effectively avoid the secondary pollution of the pipeline. Simple and convenient operation: all the water intake points adopt the new tap switch, which is beautiful and elegant.

11. Investment and operating costs: The system is centrally controlled by a set of main systems, and there is no need to equip each laboratory with a pure water machine, which can reduce investment costs by about 50%. Microcomputer automatic control, automatic monitoring of water quality, unified maintenance, low operating costs.