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Meeting the Analytical Challenges of Modern Polymer Chemistry

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Overview

Cell Culture Basics HandBook

The emergence of new and increasingly complex synthetic biopolymers, novel polymers, and polymer additives with a broad range of structural and compositional diversity has been a driving force in the development of advanced separation and analytical technologies for polymer characterization. Today analysts seek innovative techniques that allow them to detect and identify components of interest in highly complex samples with high sensitivity and to quantify components at the low levels required by regulation. Achieving these goals present numerous challenges, including the potential for large variation in sample concentrations, the presence of components of interest at trace levels, and increasingly complex mixtures comprised of new types of novel “green” and bio-based polymers.

Key Learning Objectives

  • Learn how ultra high-performance size-exclusion chromatography can separate and characterize complex polymers in solution.
  • Learn to separate low molecular weight oligomers, such as Bisphenol A, in a quarter of the time than conventional GPC.
  • Discover the advantages of ultra performance liquid chromatography over traditional HPLC systems.
  • Read about two case studies in the analysis of polymer additives and condensation copolymers.
  • Learn how Waters ion mobility mass spectrometer can be used to facilitate characterization of polymer folding patterns.
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