• Ultrafast isocratic separation of monovalent and divalent cations and ammonium in various complex matrix samples
< li>Isocratic separation of Group I and II cations and ammonium in various matrices in 15 minutes using a 250 mm column
• Isocratic separation of Group I and Group II cations and ammonium in a simple matrix using a 150 mm column in 4 minutes Fast, high-resolution isocratic separation of Group I and II cations and ammonium
• For higher capacity applications, use 250 mm columns, allowing injection of higher concentration samples without column outage Overloading or peak broadening
• Use 150 mm columns for efficient, fast analysis and increased sample throughput
• The Dionex IonPac CS12A-MS column provides fast and rapid flow rates at the low flow rates required for IC-MS. elution, making it ideal for IC-MS couplings
• Compatible with organic solvents (excluding alcohols) to enhance analyte solubility, optimize column selectivity, or facilitate efficient column cleaning
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Dionex IonPac CS12A-8µm and CS12A-5µm capillary columns provide the same selectivity as analytical grade columns at lower operating costs.

• Source water and drinking water, municipal and industrial wastewater, soil leachates, acid hydrolysis products< /li>
• Industrial cooling water, cleaning fluids; electroplating tanks; and industrial solvents
• Power plant water treated with ammonium or morpholine; chemical additives; chemical process solutions

Dionex IonPac CS12A capillary columns provide the same performance as standard-bore and microbore Dionex IonPac CS12A columns because they use the same packing material. Because capillary systems operate at only 1% of the eluent flow rate of standard orifice systems, less eluent is required and less waste is produced, thus reducing operating costs.

• 4x250 mm, 2x250 mm, 3x150 mm or 2x100 mm analytical columns
• 4x50 mm or 2x50 mm, 3x30 mm guard column
• 0.4x250 mm, 0.4x150 mm capillary column
• 0.4x50 mm or 0.4x35 mm capillary guard column
• Longer 250mm columns for higher resolution separations of more complex sample matrices
• Shorter 150 mm and 100 mm columns enable faster runs of relatively clean samples
• Smaller column inner diameter , improve mass sensitivity, save eluents and reagents, and reduce operating costs