Our focus is on High Performance Counter Current Chromatography (HPCCC) and separation chromatography technologies, where both mobile and stationary phases are immiscible liquids and the separation takes place by partitioning. This technique makes a liquid stationary phase available for chromatography, extraction and purification applications across a broad range of molecules.
Although different these liquid chromatography columns can be simply placed into most existing liquid chromatography systems. Very quickly you can experience the advantages these columns have on separations with solubility issues or where you just want straight forward scale up of your purification process.
Our advanced separation chromatography technology utilises a range of HPCCC centrifuges to house these columns which enable high resolution purifications at low pressure, with high sample mass and volume loadings and low solvent usage: You will find specific details about applications of this purification technology and chromatography products within other pages on the Dynamic Extractions website.
Since both mobile and stationary phases are liquid in these columns they enable you to creatively explore new elution strategies. These can enhance your existing separations and or allow you to perform new ones which were previously not possible or economic. This is why we develop new separation technologies to provide you with new ideas, products and solutions, for performance liquid chromatography, that will help solve your current and future purification needs.
Key benefits of using liquid chromatography stationary phase
A simple summary of the additional advantages HPCCC can bring to your laboratory.
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New elution strategies available using the technique
Enabling quicker liquid chromatograph at higher throughputs these elution strategies expand the capability of column chromatography.
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Develop your understanding of HPCCC
Gain a foundation in the theory, which will aid you to use the technique creatively.
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Development of the technology
Understand how the technique has developed over 40 years and why the technology is ready to be widely adopted.
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