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Hamilton Cation Exchange Columns

In Cation Exchange Chromatography, the stationary bed has an ionically negative (-) charged surface while the sample ions are of positive (+) charge. This technique is used almost exclusively with ionic or ionizable samples. The stronger the positive (+) charge on the sample, the stronger it will be attracted to the negative charge on the stationary phase, and thus the longer it will take to elute. The mobile phase is an aqueous buffer, where both pH and ionic strength are used to control elution time. Ion chromatography can employ harsh conditions requiring mobile phases that are at very high pH limits (> 11). Temperatures well above the normal operating conditions where silica materials fail can also be used.

Hamilton offers five polymeric packing materials for Cation Exchange Separations.


Hamilton PRP-X200 100Å (Cation Exchange) Hamilton PRP-X400 100Å (Cation Exchange for Glyphosate) Hamilton PRP-X800 100Å (WCX for Separation of Transition Metals)
Hamilton PRP-X200 100Å (Cation Exchange) Hamilton PRP-X400 100Å (Cation Exchange for Glyphosate) Hamilton PRP-X800 100Å (WCX for Separation of Transition Metals)
Hamilton HC-40 100Å (Ligand Exchange for Carbohydrates) Hamilton HC-75 100Å Series (Ligand Exchange for Carbohydrates)
Hamilton HC-40 100Å (Ligand Exchange for Carbohydrates) Hamilton HC-75 100Å Series (Ligand Exchange for Carbohydrates)

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