Three criteria for reference when choosing a laboratory pure water system

       The laboratory pure water system adopts the computer three-dimensional design software to design the main structure to ensure that the equipment is simple and stylish, and the scientific and rigorous design of the water production process is not only the guarantee of the water quality, but also can reduce the cost of replacing consumables, special resins and other core raw materials for customers. device, is the best guarantee of water quality. In order to ensure that users can purchase a suitable laboratory pure water system, users need to ensure that the equipment can meet these three standards when selecting:

First of all, you need to know the quality of your water, that is, what is the resistance value or conductivity of the water we often say, and the two have a reciprocal relationship.

Secondly, you need to know how much water you can use every day in general, whether it is continuous or intermittent, and how many liters per hour the high-end ultrapure water instrument generally produces. Water consumption to choose ultrapure water machine.

Furthermore, the key accessories of ultrapure water machine are booster pump, solenoid valve, switching power supply and online resistivity meter. The key consumables are the reverse osmosis membrane group and the ultra-purification column group. The reverse osmosis membrane with high salt rejection rate and the imported ultra-purification column group are the key priorities.

The above are the three criteria that the laboratory pure water system selected by the user needs to meet, and it has the advantages of small size, exquisite appearance, easy maintenance, system integration, etc., and the preparation of ultrapure water is also faster, automatic, convenient, GX, its The ultrapure water produced can meet the needs of many laboratory users and has been well received since its launch. The water purifier uses tap water as the water source, and integrates microfiltration, activated carbon adsorption, reverse osmosis, ion exchange, ultraviolet light oxidation, ultrafiltration and other technologies to remove ions, heat sources, organic matter, particulate matter, microorganisms, bacteria and other impurities in the water. The pure water that can reach the purity required by the experiment is prepared, and it is used in universities, research institutes, industrial systems, etc.