Superficially Porous (Core Shell) Phases

14 June 2016 15:15-17:00, Streatley-on-Thames, United Kingdom

Superficially Porous Phases – Development and Benefits for HPLC/UHPLC
Superficially porous or core shell particle phases are becoming increasingly popular in today’s laboratory. This course will introduce you to the development of solid-core particle technology and the anatomy of a modern core shell particle. It will demonstrate how reduction in band broadening with these phases enables chromatographic separations to be performed with increased resolution and higher sensitivity, compared to fully porous phases. The range of particle sizes currently available for both small molecule and larger biomolecule separations will be discussed, along with parameters to be considered when transferring methods from fully porous to core shell phases. Examples will be shown to demonstrate how ultra-fast separations can be achieved without excessively high operating pressures. This course will enable you to develop faster HPLC/UHPLC analyses, thereby increasing laboratory productivity.
Anatomy of core shell particles
Effects of reduction in band broadening
Improvements in resolution and sensitivity
Increased speed of analysis
Range of particle sizes and phases
Transfer of methods to core shell phases

Available as in-house or off-site courses. Contact us for details
Tel: 0118 930 3660 Email:

The Swan at Streatley

Icknield Suite, The Swan at Streatley, High Street, Streatley-on-Thames, RG8 9HR, United Kingdom

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Hichrom is one of the world’s leading HPLC column manufacturers and has been firmly established in the field of Liquid Chromatography for over 30 years, developing, manufacturing and supplying the highest quality LC columns throughout the world.  During this time Hichrom has built up a strong reputation amongst chromatographers for our technical expertise. Our speakers are experienced chromatographers who will be happy to discuss your questions on a wide variety of HPLC/UHPLC topics including: troubleshooting, method development, reproducibility, batch reservation, custom packing/bonding, application support, method transfer & column selection.
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