Chromatography gels
Precision for analytical and industrial applications
Chromatography gels are among the most important materials used for the precise separation, purification and analysis of substances. As a trusted partner for high-quality adsorbents, we offer a wide range of gels that demonstrate their strengths in laboratory, research and industrial applications.
Our chromatography gels are characterised by high purity, consistent quality and well-defined pore structures – key requirements for reproducible analytical results and efficient separation processes. Whether for preparative applications, analytical laboratory procedures or large-scale purification processes, we supply materials you can rely on.
Drawing on our many years of experience, we can help you choose the right gel – tailored to your requirements in terms of selectivity, pore size, particle size and performance.
Quality that impresses. Precision that delivers results.
FAQ – Chromatography gels
Chromatography gels are high-purity materials with a defined pore and particle structure. They are used for the separation, purification and analysis of substances – both in the laboratory and in industrial purification processes.
There are various types of gel, such as silica gel, modified silica gels, polymer gels and ion-exchange materials. Each type has specific properties that are optimised for different separation tasks.
Pore size influences selectivity and determines which molecules can be separated or retained. Smaller pore sizes result in higher separation efficiency, but also in increased pressure within the column – a crucial factor when selecting the appropriate gel.
The choice depends on the size of the molecules, their polarity, the matrix and the desired resolution. We would be happy to advise you on an individual basis and recommend the gel that is best suited to your application.
Gels should be stored in a dry, clean place and kept tightly sealed, ideally at room temperature. Moisture and contamination should be avoided to ensure they remain effective.
