Manufactured with state of the art technologies, Cogent™ HPLC columns are the choice of many advanced HPLC laboratories around the world.
Offering a wide range of performance and selectivity options ranging from irregular, 10µm silica based stationary phases for legacy and USP methods to the advanced TYPE-C™ silica hydride based columns for what were once impossible separations. All Cogent columns are individually tested and the actual test chromatogram is supplied.
Choose Cogent TYPE-C™ Silica based HPLC Columns if you want a column for unique Selectivity, Precision & Robustness, when you need to use method extremes with other columns or if you want the most versatile HPLC column on the market. These columns are based on our high purity, low metal content silica and do not need to be end-capped. Using our proprietary technology, these columns offer little to no surface silanols. The mobile phase will solvate these columns very differently from traditional HPLC phases resulting in a unique, robust, problem solving column that is multimodal. Use all the modes or just one.
One column will produce efficient, reproducible peaks in Reverse Phase, Normal Phase or Aqueous Normal Phase (ANP). Separate polar and non polar compounds in the same isocratic run, swap peak order by simple changes in mobile phase A:B ratios and many other powerful uses.
Choose Cogent RP HPLC Columns
Choose Cogent NP HPLC Columns
Choose Cogent IEX HPLC Columns
Choose Cogent HPS™ HPLC columns when you need the reliable performance for separations and peak shape. Used widely for pharmaceutical applications, these reliable columns are tri-functionally bonded on our highest purity silica and lowest metal content. The particle size distribution is very tight and offers the highest in efficiency and reliability. These columns are double end-capped when appropriate. All the bonded phases are manufactured under strict anaerobic conditions and proprietary bonding techniques have been employed. For this reason the bonded phases are covered uniformly on the silica surface.