Chromatography Column With PTFE Stopcock

The Chromatography Column With PTFE Stopcock by EROSE, supplied by Glass Agencies, is a laboratory glassware instrument used for separating and purifying components of chemical mixtures through column chromatography. It is suitable for chemistry laboratories, research centres, educational institutions, pharmaceutical laboratories, and analytical laboratories. The column holds a stationary phase, such as silica gel or alumina, through which a suitable solvent passes to separate different compounds in a mixture.

The transparent glass body allows users to observe the movement of solvents and the separation of components during experiments. The PTFE stopcock helps regulate the flow of solvents, providing better control during the elution process. PTFE is known for its chemical resistance and compatibility with many commonly used laboratory solvents. This makes the instrument useful for various chemical separation and purification procedures.

The EROSE Chromatography Column With PTFE Stopcock is commonly used in organic chemistry experiments, compound purification, pigment separation, sample preparation, and scientific research. It supports practical laboratory work in schools, colleges, universities, industrial laboratories, and research facilities. The column can be selected according to the required capacity, dimensions, and application.

Glass Agencies supplies EROSE laboratory glassware, scientific instruments, and laboratory equipment for educational, research, chemical, and analytical applications. Our product range serves customers in India and international markets, supporting routine laboratory operations and scientific activities. When selecting a chromatography column, users should consider the required size, glass specifications, PTFE stopcock design, and compatibility with the solvents used in their procedures.

Choose the ER​​OSE Chromatography Column With PTFE Stopcock from Glass Agencies for controlled solvent flow and effective chromatographic separation in laboratory applications.