Analyze trace-levels of inorganic anions and organic acids in high-ionic strength matrices with this high-capacity hydroxide-selective anion exchange column.
Combine speed with high resolution separations of common inorganic cations, small polar amines and polyvalent amines using this high-capacity cation-exchange column.
The Thermo Scientific™ Dionex IonPac Cation Analyte Trap Column contains high-capacity, cation-exchange resin in the hydronium form.
For specialized amino acid applications with postcolumn derivatization, choose this high-speed, pellicular, strong, anion-exchange column.
Achieve high resolution separations of trace oxyhalides and inorganic anions in drinking water using this 4µm hydroxide-selective anion-exchange column.
Analyze trace bromate in the presence of ethylenediamine in drinking water using the Thermo Scientific™ Dionex™ IonPac™ AS27 column.
Extend analytical column and suppressor life by removing metallic and other cation contaminants using these cation polisher columns for anion analysis.
Low capacity anion-exchange column for fast, isocratic separation of inorganic anions such as nitrate or sulfate using a simple carbonate/bicarbonate eluent.
This small-particle column delivers an optimal combination of speed and resolution when separating organic acids and inorganic anions in complex matrices.
Separate haloacetic acids and bromate with high sensitivity in drinking water samples with 2D-IC analysis.
Order newer Thermo Scientific™ Dionex™ IonPac™ CS12A column as substitute. This column is available only in limited quantities for customers with established validated methods.
Achieve fast analysis of inorganic anions and low-molecular-weight organic acids in environmental waters in less than 6 min using these high capacity, hydroxide-selective anion-exchange columns.
Determine trace-level concentrations of inorganic anions and low-molecular-weight organic acids in high-purity water matrices.
Choose from low, ultralow, and extremely low pressure formats to concentrate anions for trace-level analysis of high-purity water.
Choose from low, ultralow, and extremely low pressure formats with improved backpressures to concentrate anions for trace-level analysis of high-purity water.