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Chromatography Adsorbents

chromatography-adsorbents
 
 

Chromatography Adsorbents Description

Chromatography adsorbents are regularly used in pharmaceutical & chemical manufacturing units, where prime concern of chromatography is to make final pure compounds or make a impurity profile studies for pharmaceutical & Herbal products. Column chromatography techniques help in extractions, synthesis & purifications of natural products & Active Pharmaceutical Ingredients.

Sorbead India with technical tie up with Swambe chemicals manufactures various types of Silica & alumina for chromatographic separations, with an aim to offer various particle sizes & various pore diameters products, which is required for complex chromatographic separations.

The Silica Gel & Alumina Brockmann I-II grades which are manufactured are as Normal phase , Flash grade & gravity grade with different pore diameters. Alumina are being offered as basic, acidic and neutral grades . Sorbead India measures the pore diameter using the BET method which guarantees the best and most accurate results during manufacturing process.

Sorbead manufactures the following chromatography Adsorbents for industrial and laboratory use

  1. Aluminum Oxide- Aluminum oxide is a whitish colored powder which is used for chromatography and is highly porous and water adsorbing. With a bulk density of 800-920 gms per liter and a surface area of 180-240 square meters per gram, these adsorbents are suited for various applications like column chromatographic separations, Food Colours , Dyes & Spectroscopic solvents, Herbal extractions of Natural products , isolation and antibiotics purification.

  1. Silica Gels – Silica gels have a different mesh sizes which are between 35-800. The Silica gel particle size distribution offers an excellent flow rates and a high level of stability. The typical surface area of these gels is 400-800 square meters per gm. Sorbead India adopts a highest quality standards for such a sensitive & accurate product, which ensures a batch to batch reproducible results for any chromatographic separations.