Ionic exclusion high-performance liquid chromatography column

NegotiableUpdate on 12/25

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Overview

Ion exclusion chromatography is an alternative method to ion exchange chromatography, in which the ionized sample is expelled from the pores on the substrate and first eluted, followed by weakly ionized and non ionized compounds. Weak acidic mixtures cannot be easily separated by pure ion exchange or reverse phase methods, and can be separated by ion exclusion methods.

Product Details

Hamilton has been engaged in the research and manufacturing of pressure stable polymer matrix high-performance liquid chromatography columns for nearly 35 years.

Hamilton provides users with a range of products for high-performance liquid chromatography (HPLC), gas chromatography (GC), and thin layer chromatography (TLC), including various models of ready-made and customized products such as chromatography columns, injection needles, and spacers.

Hamilton offers 19 different types of polymer matrix high-performance liquid chromatography columns for achieving reverse phase, anion exchange
Cation exchange and ion exclusion separation, as well as two silica gel based C8 and C18 chromatography columns, are used for traditional reverse phase separation.

The polymer matrix chromatography column combines the inertness and pH stability of polymer resins with the durability of silicone matrix materials.make

Using Hamilton's polymer matrix reverse phase high performance liquid chromatography column PRP ™ And resin, the required separation conditions are determined by the sample, without
Restricted by the material of the chromatographic column itself.

Hamilton is an excellent expert in polymer matrix high-performance liquid chromatography columns, resins, and applications.