Description

Specifications Table

Product Name – Silica Gel G for Thin Layer Chromatography (60-120 mesh)

Quantity/Pack Size – 100 gm, 250 gm

Form – Powder

Grade – For TLC

Application – Thin Layer Chromatography

Product Overview

Silica Gel G for Thin Layer Chromatography (TLC) is a high-purity, fine-mesh silica gel designed specifically for chromatographic applications. With a mesh size of 60-120, it provides optimal particle size distribution for efficient separation and resolution in TLC. This grade of silica gel is chemically inert, ensuring minimal interference with sample components, and is ideal for use in analytical and preparative chromatography. Its uniform particle size and high surface area make it suitable for a wide range of chromatographic techniques, delivering consistent and reproducible results. The product is carefully processed to remove impurities, ensuring high performance and reliability in laboratory settings. Whether used in research, quality control, or educational laboratories, this Silica Gel G offers excellent adsorption properties and stability, making it a preferred choice for TLC applications.

FAQs

1. What is the mesh size of this Silica Gel G?

The mesh size of this Silica Gel G is 60-120, which is optimal for Thin Layer Chromatography applications.

2. Is this Silica Gel G suitable for other chromatographic techniques?

While it is specifically designed for Thin Layer Chromatography, it can also be used in other chromatographic techniques that require fine-mesh silica gel.

3. How should I store this Silica Gel G?

Store the Silica Gel G in a cool, dry place, away from moisture and direct sunlight, to maintain its effectiveness and shelf life.

4. What is the purity level of this Silica Gel G?

This Silica Gel G is of high purity, ensuring minimal interference with sample components and reliable chromatographic separations.

5. Can this Silica Gel G be used for preparative chromatography?

Yes, this Silica Gel G is suitable for both analytical and preparative chromatography due to its uniform particle size and high surface area.