1810-BQuartz automatic dual pure water distillerMain technical parameters:

Quartz automatic dual pure water distillerIt is a fully enclosed quartz glass instrument for extracting high-purity water, which uses the principle of thermal radiation to maintain the liquid phase temperature below the boiling point temperature for evaporation and condensation to produce high-purity water. During the purification process, sterile and heat free ultrapure water is produced due to the high temperature of the condensation space. The heating wire is enclosed in a shell and receives water without coming into contact with air. The entire purification process is not affected by environmental pollution. The instrument is a cylindrical, horizontal standard grinding mouth fully enclosed quartz glass instrument system. It consists of three parts: a purifier, a quartz water storage bottle, and an instrument working rack.

Product features:

Using high-purity quartz as the substrate, high-purity water is produced by evaporation and condensation based on the principle of thermal radiation to maintain the liquid phase temperature below the boiling point temperature, which effectively solves the problem of vapor-liquid separation. Compared with ion exchange, electrodialysis, and distillation methods, the water quality purity is higher. Atomic absorption spectrometer, plasma spectrometer, UB-240 spectrophotometer, high-pressure liquid chromatography analyzer, and polarograph have been used to detect heavy metal elements Cu, Pb, Cd, and Zn. It has been proven that high-purity water produced using a "distiller" meets the requirements of current sensitive trace analysis methods for water quality. In the high-pressure liquid phase gradient test, the blank value and stability problems that could not be solved by the heavy evaporation deionization final energy test and UV-240 spectrophotometer using distilled water and deionized water are fully in line with the design standards due to the use of this product.

With the development of modern science and technology, it is often required to supply high-purity water (sub boiling distilled water), especially when using modern instruments (such as polarographic catalysis, anodic stripping voltammetry, differential pulse polarography, microscopy analysis, neutron activation analysis, isotope release, spark source mass spectrometry, chemical ionization mass spectrometry, inductively coupled atomic emission spectroscopy, flameless atomic absorption spectroscopy, gas chromatography, high-pressure gas chromatography, nuclear resonance, electron probe, X-ray fluorescence, electron microscopy, etc.) to determine trace elements and trace organic compounds. It is an essential supporting instrument because it can greatly reduce blank values, thereby improving the method, sensitivity, and accuracy.

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