Infographic: What’s the Best Column for Polar Compound Retention?
How to choose the best stationary phase for polar compounds
Retaining and separating highly polar, water-soluble organic compounds has historically been a challenge for separation scientists who prefer reversed-phase chromatography as their technique of choice. There are many reasons why a conventional RP columns are not ideal for polar compound retention. However, let’s not dwell on the problems of the past; the development of T3 bonded particles have changed that!
T3 Particle Technology was developed using optimized C18 ligands and proprietary end-capping to create the ideal column characteristics for polar compound retention.
Available in three stationary phases based on unique particle substrates, CORTECS Solid-Core T3, ACQUITY UPLC/XSelect HPLC HSS T3, and Atlantis silica T3 columns provide enhanced polar compound retention and longer column lifetimes in reversed-phase separations.
Our infographic can help you choose the best stationary phase to master your polar compound retention work.
More resources:
- Download the white paper: Designing Reversed-Phase Columns for Polar Compound Retention
- Watch our on-demand webinar: Polar Compound Retention – Understanding What Works, What Doesn’t Work, and What’s New In Reversed-Phase Polar Compound Retention
- Download the Atlantis Application Notebook
