Shenghan independently developed ion chromatography columns have a wide range of applications, strong versatility, and mass production, and can match multiple ion chromatography products of the same type of ion chromatography of different brands.
Shenghan independently developed ion chromatography columns have a wide range of applications, strong versatility, and mass production, and can match multiple ion chromatography products of the same type of ion chromatography of different brands.
Anion Column
Commonly used anion chromatography columns
SH-AC-1 chromatographic column
The basic anion chromatography column uses a carbonate system leachate, which is mainly used to analyze six common anions: Br-, Cl-, NO2-, NO3-, H2PO4-, SO42-, which has the characteristics of fast analysis speed and high cost performance.
Suitable for common anion detection in environmental protection, cement and other industries.
SH-AC-3 chromatographic column
High-efficiency anion chromatography column, using carbonate system leaching liquid, can simultaneously analyze common anions (F-, Br-, Cl-, NO2-, NO3-, H2PO4-, SO42-); disinfection by-products (BrO3-, ClO2-, ClO3-, dichloroacetic acid DCA, trichloroacetic acid TCA), and other anions, especially suitable for oxyhalide analysis.
Suitable for various industries such as disease control, food, environment, metallurgy, and geology.
SH-AC-4 chromatographic column
A universal anion chromatography column uses a carbonate system leachate; it can simultaneously analyze various ions of F-, Br-, Cl-, NO2-, NO3-, H2PO4-, SO42-, and BrO3-, which are characterized by low pressure and fast analysis speed.
Suitable for food, environment, metallurgy, geology and other industries;
SH-AC-5 chromatographic column
A highly hydrophilic anion chromatography column uses a hydroxide system leachate, which is mainly used to analyze seven common anions F-, Br-, Cl-, NO2-, NO3-, PO43-, and SO42-, which are characterized by good separation of water negative peaks and F-peaks.
Suitable for environmental, metallurgy and other industries.
SH-AC-11 chromatographic column
High-efficiency anion chromatography column, using hydroxide system leaching liquid, can simultaneously analyze common anions (F-, Br-, Cl-, NO2-, NO3-, PO43-, SO42-); disinfection by-products (BrO3-, ClO2-, ClO3-, dichloroacetic acid DCA, trichloroacetic acid TCA), and other anions. Its characteristics are good peak type, gradient leaching can be performed, with higher sensitivity and wider application range.
Suitable for drinking natural mineral water, packaged drinking water, domestic drinking water and other industries.
SH-AC-12A chromatographic column
A thin tube diameter anion chromatography column uses a hydroxide system leachate, which can simultaneously analyze common anions (F-, Br-, Cl-, NO2-, NO3-, PO43-, SO42-); disinfection by-products (BrO3-, ClO2-, ClO3-, dichloroacetic acid DCA, trichloroacetic acid TCA), and other anions. Its characteristics are that the tube diameter is thin, the flow rate is low, the signal response value is high, and the gradient leaching can be performed.
Suitable for trace analysis of power plant water, drinking natural mineral water, packaged drinking water, domestic drinking water and other industries.
SH-AC-12B chromatographic column
A thin tube diameter anion chromatography column uses a carbonate system leachate to analyze common anions (F-, Br-, Cl-, NO2-, NO3-, PO43-, SO42-); disinfection by-products (BrO3-, ClO2-, ClO3-, dichloroacetic acid DCA, trichloroacetic acid TCA) and other anions, which are characterized by thin tube diameter, low flow rate, and high signal response value.
Suitable for trace analysis of drinking natural mineral water, packaged drinking water, domestic drinking water and other industries.
SH-AC-12C chromatographic column
A special anion chromatography column was used for rapid analysis, and the carbonate system leachate was characterized by the analysis of seven common anions (F-, Br-, Cl-, NO2-, NO3-, H2PO4-, SO42-) within 15 minutes.
Suitable for industries such as public security and other requirements for rapid analysis.
