Advanced Materials Technologies

Webinar Date/Time: Wednesday, November 13, 2024 Airing 1: 11am EDT | 8am PDT | 4pm BST | 5pm CEST Airing 2: 2pm EDT | 11am PDT | 7pm BST | 8pm CEST

In this episode, “Improving Chromatography of Basic Compounds” brought to you by Advanced Materials Technology, Stephanie Rosenberg, Director of Sales & Marketing discusses How utilizing the new HALO® positively charged surface columns impact the performance of LC and LCMS separations.

In this episode, “LC Column Hardware Evolution and its Role in Sustainability” brought to you by Advanced Materials Technology, Brett Paull Ph.D., Director of the ARC Training Centre for Hyphenated Analytical Separation technologies (HyTECH) at the University of Tasmania discusses the relationship of HPLC column technology and sustainability at the laboratory level.

In this episode, “LC Column Hardware Evolution and its Role in Sustainability” brought to you by Advanced Materials Technology, Brett Paull Ph.D., Director of the ARC Training Centre for Hyphenated Analytical Separation technologies (HyTECH) at the University of Tasmania discusses the relationship of HPLC column technology and sustainability at the laboratory level.

In this episode of Trends in Modern LC Separation Workflows brought to you by Advanced Materials Technology, Tony Taylor, CSO of Element Materials Technology discusses how the landscape of LC separations has evolved, what have been the key contributors to the changes, the current challenges in chromatography, what tools are available to the separations scientist and lastly where he sees the future of LC separations.

A separation of parabens is performed on a HALO 90 Å LPH-C18 column under low pH (pH 1) and high temperature conditions compared to a standard C18 SPP column.

A low pH compatible, 90 Å, superficially porous particle C18 phase is introduced as an addition to the chromatographer’s toolbox.

The natural products of the cannabis plant can number up to 100, but the scientific community is concerned with a smaller portion of around 10 to 20 compounds.

A low pH compatible, 90 Å, superficially porous particle C18 phase is introduced as an addition to the chromatographer’s toolbox.

A HALO® LPH-C18 column is used to separate a mixture of 18 cannabinoids, showing fast results and high resolution within critical pairs.