Chromatography is an analytical technique that is used to separate the chemical substances and individual components mixture. It helps to completely analyze the individual elements. It has different types including DEAE cellulose chromatography (type of ion exchange chromatography), liquid chromatography, gas chromatography, and more. But all of them have the same basic principle, and its mobile phase will be liquid or gas, and the stationary phase would be either a liquid or solid. The mixture’s various components travel through the stationary phase at a different speed to separate them. Refer below to know the general things about chromatography.

DEAE 52 Cellulose (DE52) DEAE Cellulose Chromatography


Chromatography gets its name as a technique that is initially used to separate pigments in a complex mixture. In the beginning, it was used by color theorists, artists, and artisans for the perfect industrial dyes in textiles. Now, this technique helps to understand and purify the mixtures. The word chromatography means writing color, which is used by artists. If a cloth or sheet of paper contacts a water or alcohol container, that has the dissolved pigments, then the tube action will carry the mixture upon the paper or cloth.


Chromatography is the process of separating a mixture component. They will travel through the stationary phase at diverse speeds, which causes them to separate from one another. This method is generally used by scientists to isolate the inorganic, and organic compounds. So they can be analyzed and studied easily. It could be handy for the researchers to find out what makes up the compound. It is the way that a chemical can test the liquid condition mixtures.


Ion exchange chromatography-The DEAE cellulose column -Diethylaminoethyl cellulose is a positively charged resin is used in ion-exchange chromatography, and it is a type of column chromatography.

The next one is gas chromatography is a combination of interest that is vaporized. And they carry via a stationary phase with an inert gas. But the larger molecule in the mixture takes more time to pass through the column.

Then the liquid chromatography is the combination of interest is mixed in a liquid and passed by a solid stationary phase is typically made of silica material. Some of its assortments exist, based on the mobile and stationary stage relative polarities, and whether the mobile phase is rushed.

In the thin layer chromatography, the combination of interest is dissolved in a liquid stage in a solid material thin layer. And then the mobile phase is a liquid where the mixture is dissolved. This technique has the benefit of photographing well that making its output simple to digitize.

From the above things, now you would get some idea about chromatography. Using it will help you to separate the organic and inorganic components from a mixture easily.


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