Silica Gel for Column Chromatography

Column Chromatography provides Silica Gel for Column Chromatography. Our Silica Gel for Column Chromatography has been tested, approved, and used by several industries and organizations like pharmaceutical companies, biotech, life-science companies, Chemical Companies, and herbal extract chemicals. Also used by Repackers, R&D labs, Contract Research organizations, Analytical Research Laboratories, Universities, etc.

The Many Advantages of Using Silica Gel in Chromatography

One of the important criteria for opting for silica gel in chromatography is that it remains neutral and does not interact with any of the substances that are passed through it. It maintains its own stable structure throughout a process. Importantly, it can be regenerated or reused many times, cutting the costs of purification considerably. All it needs is to be heated to a specific temperature (about 150 * C) when it releases all the substances absorbed by it. 

Another important aspect of using silica gel in column chromatography is that it is possible to get the exact required size of the particle size for a specific procedure.

You can get more information through our website or you can direct contact on 9879203377. 

Mail ID: sales@column-chromatography.com.


Comments

Post a Comment

Popular posts from this blog

ALUMINIUM OXIDE FOR CHROMATOGRAPHY

Image
Aluminium Oxide Chromatography In chromatography where less polar mixes should be isolated, aluminum oxide or alumina is regularly utilized for powerful outcomes. It is by and large resembles a white to grayish, fine-grained powder. It has more polar surface when contrasted with silica gel and has a few acidic highlights that assistance chromatography procedure to be done with extraordinary achievement and virtue. The adequacy of aluminum oxide chromatography is determined by its inside surface region which is computed by the distance across and volume of the pore. The scientific and preparative chromatography utilizes distinctive scope of alumina work estimate contingent upon the required natural mixes division and decontamination. Aluminium Oxide Chromatography Silica gel and alumina are the two adsorbents which are for the most part utilized as a part of column chromatography . Alumina is more delicate to the limited measure of water and can adsorb higher water
Read more

Silica Gel Mesh for Column Chromatography

Image
Column chromatography is now regarded as one of the very significant and widely utilized techniques for the analysis and separation of complex organic mixtures. Silica gel for carrying out column chromatography is available in different particle size desired for pilot plant application. The silica gel 200-400 mesh size is ideal for flash chromatography, which means low pressure chromatography. The very smaller size particle of 200-400 mesh size offers better separation outcome with pressurized column. This is the very commonly utilized mesh size in places like organic synthesis labs. The silica gel of mesh size 200-300 is suited for achieving gravitational chromatography. The larger particle size of this silica gel enables solvent to smoothly flow without pressure besides offering excellent separation results. In column chromatography of 100-200 silica gel grade , a solid adsorbent and the stationary phase is placed in the vertical glass column and a liquid, the mobile pha
Read more

Which Adsorbents Are Superior in Chromatography?

Image
Chromatography and Its Different Types Chromatography is a commonly used method for the separation and purification of different mixtures. It basically involves two steps- the mobile phase and the stationary phase. The chromatography process is explained as follows- at first the mixture, which has to be separated is dissolved in the liquid mobile phase and then placed on top of a vertical glass column. Then it is passed down the vertical column containing the solid stationary phase. As the mixture makes its journey downwards, different components will get separated at different levels. This is because different components move at different speeds and this is the reason behind their separation. The latter is also dependent on the differential partitioning between the mobile and stationary phases. Chromatography is broadly divided into  preparative and analytical. While preparative chromatography is used to isolate the components of any given mixture for further use, analytical
Read more