Trefoil AMY1 Column, 2.5 µm, 2.1 mm X 150 mm, 1/pk
Trefoil Column optimizes particle size, column diameters, and flow rates for the ACQUITY UPC System. Using the Trefoil Column, you may fully utilize mass-spectrometry detection, gain faster results when adhering to method-development guidelines, and achieve high-quality, consistent, and reproducible findings.
2.5 µm Trefoil Columns for chiral separations are designed to shorten technique development time while maintaining peak form and efficiency. With the enhanced performance of columns packed with tiny particles and compatible with a wide range of mass spectrometers, you may now accomplish faster and more efficient chiral technique creation and analysis on your ACQUITY UPC2 System.
Trefoil chemistries complement each other and give distinct retention qualities for distinguishing chiral molecules. Blends of modifiers and additives that modulate chiral recognition can be used to improve selectivity. These columns are intended to separate enantiomers and stereoisomers, metabolites, degradants, and contaminants with improved precision and speed.
Explore our website and catalog to discover more about variations of the same product, such as the one described here, or locate different goods that work with it, or shop for lab equipment to replace your stock and add to your existing equipment portfolio. You can use the website to connect with a member of our global support team if you need any assistance or have questions.
You may also be interested in Trefoil Column Optimization Kit, 3 mm x 150 mm Columns (AMY1, CEL1, CEL2) 3/pk; Trefoil 2.5 m Columns for chiral separations are designed to decrease method development time while offering optimal peak shape and efficiency. With the enhanced performance of columns packed with tiny particles and compatible with a wide range of mass spectrometers, you may now accomplish faster and more efficient chiral technique creation and analysis on your ACQUITY UPC2 System. The Method Development Kits include three Trefoil Columns (AMY1, CEL1, and CEL2) with varying selectivity that can aid in the development of a final chiral analytical method.
