As an instrument laboratory ultrapure water machine for water production , only by fully understanding this instrument can we correctly find our suitable instrument. The following introduces the field of laboratory ultrapure water machine in the practical range.
As a scientific research work, the laboratory ultra-pure water machine system plays an important role in the experimental results . Generally, if the water consumption is generally not large, it is enough to use a small desktop laboratory ultra-pure water machine, and the water production capacity is 10L per hour. , Most of 20L can be satisfied, and the water production capacity of 100L per hour is considered large for general laboratories.
The laboratory ultrapure water machine system is generally divided into: desktop ultrapure water machine and vertical ultrapure water machine according to the model;
According to the performance, the ultrapure water machine system for laboratory can be divided into: basic laboratory ultrapure water machine, low organic matter ultrapure water machine, ultrapure water machine with ultrafiltration and comprehensive ultrapure water machine system.
According to the purification method, laboratory ultrapure water system can be divided into: ion exchange laboratory ultrapure water system and EID laboratory ultrapure water system.
Application of laboratory ultrapure water machine:
At present, the laboratory ultrapure water system is mainly used in the following two fields:
1. Application scope of life science
2. Analysis and general application scope
The application fields of life science mainly include:
Bacteria, Cell Culture, Clinical Biochemistry, Electrophoresis, Electrophysiology, ELISA, Endotoxin Analysis, Histology, Hydroponics, Cellular Immunochemistry, Mammalian Cell Culture, Media Preparation, Microbial Analysis, Molecular Biology, Single Water for cloning antibody research, plant tissue culture, radioimmunoassay, etc.
Water for analysis and routine applications, mainly:
Water for distilled water, steam generator, glassware, sample dilution and reagent preparation, ultrapure water system water supply, solid phase extraction, general chemistry, electrochemistry, Spectrophotometer , TOC analysis, water quality analysis, ion chromatography, flame method atomic absorption (Flame-AAS), graphite furnace atomic absorption (GF-AAS), efficient liquid chromatography (HPLC), liquid chromatography-mass spectrometry (HPLC-MS), electrically coupled plasma spectrometer (ICP-AES), plasma mass spectrometry (ICP-MS ), trace metal detection, gas chromatography-mass spectrometry (GC-MS), etc.
Several main applications that require high water purity: electrophoresis, endotoxin analysis, stone mill atomic absorption spectroscopy, inductively coupled plasma spectrometer, plasma mass spectrometry, mass spectrometry, trace metal detection, and now more and more The application began to require the use of ultrapure water with high purity.
