Thermo Scientific™ Dionex™ Product Portfolio

Thermo Scientific™ Dionex™ Product Portfolio

IC Systems

Learn more about our unsurpassed combination of products, support and solutions to address your current application needs and give you the confidence that you will be prepared to meet tomorrow’s challenges

LCGC: Advances in Ion Chromatography

LCGC: Advances in Ion Chromatography

IC Systems

This special supplement to LCGC assembles experts from the top IC research and development laboratories from across the world to provide state-of-the-art reviews surrounding elements of this well-established separation technique.

Thermo Scientific™ Dionex™ IonPac IC column selection guide

Thermo Scientific™ Dionex™ IonPac IC column selection guide

IC Columns

Find the best column for your application. Read recommendations and application notes on various columns including: anion hydroxide, anion carbonate, ion-exclusion, cation, and specialty columns.

 Thermo Scientific™ Dionex™ IonPac columns for U.S. EPA

Thermo Scientific™ Dionex™ IonPac columns for U.S. EPA

IC Columns

See how and what newer column technologies can be used to meet method technology performance criteria specified for U.S. EPA Methods 300.0(A) and 300.1(A).
 

 Thermo Scientific Dionex Bio-IC Column Selection Guide

Thermo Scientific Dionex Bio-IC Column Selection Guide

IC Columns

Find the right column for your application. View application notes and other recommendations on CarboPac (for carbohydrate analysis) and AminoPac (for amino acid analysis) Columns.

Column properties that make an impact on Ion Chromatography

Column properties that make an impact on Ion Chromatography

IC Columns

Learn the column parameters that impact the separation of charged species in solution using ion-exchange chromatography and the developments that have continued to redefine what is possible with an IC system.

White Paper: Benefits of using 4μm particle- size columns

White Paper: Benefits of using 4μm particle-size columns

IC Columns

See how analytical chemists who wish to attain the optimal combination of chromatographic speed and resolution should consider 4μm particle-size columns as a solution.



 

White Paper: What is eluent generation?

White Paper: What is eluent generation?

IC Eluents and Suppressors

Learn more about Eluent generation and how the electrolytic process allows the production of high purity eluents for ion chromatography and only requires deionized water, eliminating the need to handle any acids or bases.
 

Advances in capillary Ion Chromatography systems using on-line electrolytic eluent generation

Advances in capillary Ion Chromatography systems using on-line electrolytic eluent generation

IC Eluents and Suppressors

View how capillary systems with online eluent generation and post-column electrolytic suppression are well suited for determination of trace levels of ionic analytes in matrix-rich and volume-limited samples.

What is the role of a next generation suppressor?

What is the role of a next generation suppressor?

IC Eluents and Suppressors

With suppression technology as the heart of an ion chromatography system, see how advances in the future will continue to optimize these parameters, but will also focus on an array of other improvements, including back pressure tolerance, peak efficiency and current efficiency.

The case for automated tracking of IC consumables

The case for automated tracking of IC consumables

IC Eluents and Suppressors

Read how consumables impact overall system performance in a multitude of ways. Monitoring their performance can improve system performance and reduce downtime.
 

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Style Sheet for Global Design System