Gas Chromatography Packed Columns for Different Industrial Purification Applications

Amerigo Scientific, a distributor focused on providing critical products and services to biomedical and life science communities, is excited to unveil its comprehensive portfolio of gas chromatography (GC) packed columns designed to meet the diverse separation and purification needs across various industries, including environmental science, biochemical analysis, petrochemicals, and pharmaceuticals.

Gas chromatography (GC) is a widely used analytical technique for separating and analyzing volatile compounds in a mixture. Packed columns were among the first types of columns used in gas chromatography before the development of capillary columns. GC packed columns are suited for separating larger compounds or when the sample size is not limited. They are often used in analyzing natural products, environmental samples, and complex mixtures.

With decades of experience in chromatography, Amerigo Scientific provides a diverse selection of GC packed columns, available in various dimensions, formats, stationary phases, and tubing materials, to facilitate the selection of optimal columns for a range of analytical applications. More importantly, almost all packed columns from Amerigo Scientific including NanoChrom packed columns are custom-made. From the analysis of malodorous substances, pesticide residues, and organic mercury to examining amino acids, fatty acids, and pharmaceuticals, Amerigo Scientific's GC packed columns ensure reliable filtration, separation, and purification solutions for these industrial applications.

Amerigo Scientific is committed to providing high-quality, reliable products that enhance analytical efficiency and accuracy. With a focus on reliability and reproducibility, Amerigo's gas chromatography solutions aim to meet the rigorous demands of modern analytical laboratories. Whether it’s for routine analysis or specialized research, Amerigo Scientific remains a trusted partner for laboratories seeking to advance their analytical capabilities and drive scientific discovery.