CE Kits

1.UPAGE-10 BASIC KIT 3 CAPILLARIES

CE, Gel Column 10%, Basic Kit, 3X75cm

2.UPAGE-3 BASIC KIT 3 CAPILLARIES

CE, Gel Column 3%, Basic Kit, 3X75cm

3.UPAGE-5 BASIC KIT 3 CAPILLARIES

CE, Gel Column 5%, Basic Kit, 3X75cm

4.UPAGE-10 STARTER KIT 3 CAPILLARIES

CE, Gel Column 10%, Refill Kit, 3x75cm

5.UPAGE-3 STARTER KIT 3 CAPILLARIES

CE Gel Column 3%, Refill Kit, 3x75cm

6.UPAGE-5 STARTER KIT 3 CAPILLARIES

CE, Gel Column 5%, Refill Kit, 3x75cm

7.CE Organic Acids Solutions Kit

This kit is ideal for the analysis of short alkyl-chain carboxylic acids. Employing an indirect UV detection agent optimized for organic acids, the methodology is simple, sensitive, and provides accurate quantitative analysis. Suited for analysis of organic acids in a wide range of matrices, it is especially useful for determination of organic acids in beer, wine, juice and food.

8.CE Inorganic Anions Solutions Kit

This kit contains all components needed for the analysis of common inorganic anions such as chloride, bromide, iodide, fluoride, sulfate, and phosphate. Indirect UV-detection is used to visualize anions with little or no chromphore. The kit can be used in various application areas, e.g. chemical, food and environmental analysis.

9.CE Cation Solutions Kit

This kit provides everything needed for the analysis of inorganic and low molecular-mass organic cations. It has been specially designed for the analysis of alkali metal ions, alkaline-earth metal ions and alkyl amines in a wide range of matrices. The kit can be used in various application areas, such as water analysis, for determining cations in food and beverages (beer, wine, juice, milk) and OTC (over-the counter) drugs. In addition, alkylamines in industrial chemicals, such as cooling liquids, can be determined.

10.CE Forensic Anion Solutions Kit

This kit contains everything needed for the analysis of toxic anions such as arsenate, arsenite, azide or cyanide. Other inorganic and organic anions can also be analyzed. Since most analytes of these types do not have significant UV absorption, the method uses indirect UV detection.