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Hamilton Anion Exchange Columns

In Anion Exchange Chromatography, the Stationary bed has an ionically positive (+) charged surface while the sample ions are of negative (-) charge. This technique is used almost exclusively with ionic or ionizable samples. The stronger the negative charge on the sample, the stronger it will be attracted to the positive charge on the stationary phase, and thus the longer it will take to elute. Elution in ion chromatography is effected by mobile phase pH and ionic-strength, and, to a lesser extent, operation temperature. The ability to use the full pH range and elevated temperatures are distinct advantages compared to silica-based supports

Hamilton offers six polymeric packing materials for anion exchange separations


Hamilton PRP-X100 100Å (Anion Exchange) Hamilton PRP-X110 100Å (Anion Exchange) Hamilton PRP-X110S 100Å (Anion Exchange for Suppressed Conductivity)
Hamilton PRP-X100 100Å (Anion Exchange) Hamilton PRP-X110 100Å (Anion Exchange) Hamilton PRP-X110S 100Å (Anion Exchange for Suppressed Conductivity)
Hamilton PRP-X500 (Anion Exchange USP L23) Hamilton PRP-X600 (WAX for Proteins & DNA Oligomers) Hamilton RCX-10 100Å (Carbohydrate Separation)
Hamilton PRP-X500 (Anion Exchange USP L23) Hamilton PRP-X600 (WAX for Proteins & DNA Oligomers) Hamilton RCX-10 100Å (Carbohydrate Separation)
Hamilton RCX-30 100Å (Carbohydrate Separation) Hamilton Anion Series (Resolution, Fast, Micro & Trace)
Hamilton RCX-30 100Å (Carbohydrate Separation) Hamilton Anion Series (Resolution, Fast, Micro & Trace)

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