What are the main applications of pure water produced by laboratory water purifiers?

     The laboratory water purifier can completely remove common impurities in natural water, including microorganisms, particulate matter, soluble gas, soluble inorganic matter, organic matter and other impurities. Although there are many technical methods for purifying water at present, the commonly used methods are reverse osmosis, filtration, adsorption, distillation, ion exchange, and ultraviolet oxidation. The laboratory water purifier can be fully applied to various experiments and testing in the laboratory.

1. The use of laboratory water purifier to produce pure water:

Hydrogen generator, indoor humidifier, pure water for autoclave

Buffer, chemical reagent preparation water

Microbial culture medium preparation water

Post-cleaning of laboratory utensils

Drinking water for humans or laboratory animals, etc.

Application of ultrapure water produced by laboratory water purifier:

Purified water and high-purity water for hospitals, pharmaceutical preparation rooms and central laboratories

Various medical biochemical instruments, analyzers, water for hemodialysis

Various liquid chromatography, ion chromatography water

Various other laboratory water and medical water.

Analytical reagents and pharmaceutical preparation dilution water

Physiological, pathological and toxicological experimental water

Animal and plant cell culture water

Atomic Absorption Spectroscopy with Water

test tube baby water

2. Standard configuration of laboratory water purifier

1. Integrated PPF precision filter element: filter sediment and particulate matter

2. Integrated activated carbon filter element: adsorption of organic matter, residual chlorine

3. Reverse osmosis membrane device (brand: Dow): desalination and removal of bacteria and organic matter in tap water

4. Pressure pure water bucket: store reverse osmosis pure water, and provide water power at the same time

5. Ion exchange column: desalination, the resistance is more than 10 megohms

6. Nuclear-grade ultra-purification column: deep desalting, resistance of more than 18.2 megohms

7. Terminal 1 micron microporous filtration: filter fine particulate matter

8. 0.45+0.2 micron pore size terminal filter for ultrapure water (optional): remove bacteria and impurities

9. Electronic components, etc.: provide various control functions