| Column Capacity | 3000 μeq |
|---|---|
| Column Chemistry | Acidic |
| Crosslinking | 55% DVB |
| Flow Rate | 0.36 to 0.72 mL/min. |
| For Use With (Application) | Cation Exchange |
| For Use With (Equipment) | Eluent Generator |
| Green Features | FSC |
| Hydrophobicity | Medium |
| Max. Pressure | 4000 psi (275 bar) |
| Packing Material | Ethylvinylbenzene/Divinylbenzene |
| Particle Size | 5.5 μm |
| Quantity | Each 1 |
| Solvent Compatibility | Acidic Eluents, 0 to 100% HPLC Acetonitrile, Alcohols Should be Avoided |
| Solvents | 0 to 100% HPLC Acetonitrile. Alcohols Should be Avoided. |
| Stationary Phase | IonPac CS16 |
| Column Type | Analytical Column |
| Diameter (Metric) | 3 mm |
| Format | Microbore |
| Length (Metric) | 250 mm |
| Unit Size | Each 1 |
Answer:The column is 3 mm internal diameter × 250 mm long.
Answer:It is a high-capacity cation-exchange column for separating cations such as sodium and ammonium.
Answer:Typical matrices include environmental waters, power-plant waters, chemical process solutions, scrubber solutions and other samples containing cations at widely different concentrations.
Dionex™ IonPac™ CS16 is a high-capacity cation-exchange column for separating closely eluting cations when their concentrations differ substantially. This 3 × 250 mm configuration is the analytical column and is well suited to sodium and ammonium determinations in environmental waters, power-plant waters, chemical process solutions, scrubber solutions and other ionic matrices. The high-capacity resin supports analysis of trace sodium in high ammonium backgrounds and trace ammonium in high sodium backgrounds. The column uses an isocratic cation-exchange workflow and is intended for routine IC systems configured for suppressed conductivity detection. Pairing it with the corresponding CS16 guard column helps protect the analytical bed from sample contaminants and strongly retained material. For routine method development, column loading should be controlled so that the high-capacity resin is used to improve selectivity rather than mask overload effects. Stable eluent composition and consistent suppression conditions are also important when comparing sodium/ammonium ratios across different sample types.
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