Critical Choices in HPLC - Selecting Stationary Phase and Dimensions
How do you currently select a column for an HPLC application? Do you just use the one that is on the instrument, root around in an old drawer and hope that you pull out one that works, use your favorite C18 or ODS column, or borrow one from a colleague who’s chromatography is currently working particularly well? These are probably not ideal situations but there will be many of us who are guilty of these exact scenarios. Instead, why not join us for the CHROMacademy Essential Guide webcast on HPLC column selection in which we will look at the available column stationary phases and support materials (including conventional fully porous and core-shell/superficially porous material), column dimensions and the effect that they can have on your chromatography, and how to optimize and improve your current chromatographic separations. This practical guide will give you the tools required to make an informed choice every time you develop a new HPLC method.
View March Tutorial & on Demand Webcast »
Key Learning Objectives:
- Understand available stationary phase types and chemistries
- How to optimize HPLC separations by altering column geometry
- Identify the correct HPLC column for a specific application
- Understand column stationary phase classification
CHROMacademy Content
- Column Chemistry with Webcast!
- Reversed Phase (partition) Chromatography
- Fast HPLC
- HILIC
Related Articles from LCGC Magazine
- Column Selection for Reversed-Phase HPLC
- A New Generation of Silica-Based Monoliths HPLC Columns with Improved Performance
- Advancements in the Understanding of Stationary Phases for HILIC
CHROMacademy Webcasts / Essential Guides
- Stationary Phase Chemistry for Reversed Phase HPLC (Part I)
- Understanding HPLC Column Characterization and Selection
- Superficially Porous or Sub 2 µm Stationary HPLC Phase
- Core Shell Particles - Present and Future
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