Liquid Chromatography

How to Achieve Reproducible Data using GPC/SEC

Separation Science offers a series of learning modules covering basics, best practice and troubleshooting in GPC/SEC. This multipart series covers such topics as:

PolyAnalysis Forum - New Polymers with Complex Architectures:  Why and how?

Register now for the PolyAnalysis Forum!

How to Increase The Cost Effectiveness for HPLC Separations of Challenging and Matrix-rich Samples

In this on-demand webinar, the potential for cost and time savings by increasing lab productivity with faster separations and column materials providing very high matrix tolerance is discussed. For further details and to register, click below.

How to Improve Your Titration Results – Optimizing Performance and Troubleshooting

Do you need to get the basics of titration right so that you can always trust your results? For further details and to register for this on-demand webinar, click below.

Continue to Improve your Titration Process with New Tips and Tricks

Would you like to learn some further tips and tricks for optimizing the titration process? If so, watch this on-demand webinar. For further details and to register, click below.

New ICP-OES Sample Introduction Components to Enhance Analysis of Challenging Samples

Join this ICP-OES focused webinar to learn about new sample introduction components that can enhance analysis of challenging samples with improved productivity, better performance, and simpler maintenance routines.

HPLC tips & tricks - increase your HPLC/UHPLC method sensitivity

The sensitivity of a chromatographic method might be described by its limit of detection (LOD). LOD is usually defined as the minimum detectable amount or concentration of a component that can be reliably detected using a given analytical method....

SPME adsorbent fibers on Nitinol core for improved fiber reproducibility

Adsorbent SPME fibers with Carboxen® or divinylbenzene (DVB) coatings on a Nitinol core have been introduced. In the provided study, the Nitinol core fibers show an improved reproducibility and mechanical stability vs. their predecessors on fused...

Applications of Newly Developed 2.7 μm Porous Graphitic Carbon Particles in U/HPLC

This article from Issue 10 of the Analytix Reporter, produced by Merck, describes a unique stationary phase for improved retention and analysis of polar compounds and examples of its applications in food and clinical analysis.

HPLC Tips & Tricks - Mobile Phase Preparation

The mobile phase in HPLC strongly influences the chromatographic separation. Its preparation can be a source of trouble for a method, if not done correctly and consistently. This article provides some suggestions and practical tips for the mobile...

Tips and Tricks to Improve your Titration Process

Would you benefit from some useful tips and tricks to improve your titration process and streamline your routine analysis? If so, register for this upcoming webinar

Join the Microscale Separations & Bioanalysis Symposium (MSB 2021) virtually

Welcome to MSB 2021, the premier 37th International Symposium on Microscale Separations and Bioanalysis, an exciting forum created to advance science through a unique and immersive conference experience that mimics the collegial atmosphere of...

Opportunities and Challenges in Vietnam’s Analysis and Lab Tech Market

Ahead of analytica Vietnam in October 2021, join the free webinar “Opportunities and Challenges in Vietnam’s Analysis and Lab Tech Market” to learn more about the Vietnamese market. The webinar will take place on May 6, 2021, from 10:00 am to 12:30...

Calibration in GPC/SEC

Separation Science offers a series of learning modules covering basics, best practice and troubleshooting in GPC/SEC. This multipart series covers such topics as:

Catalyzing Connections That Matter at Pittcon 2021

Pittcon has been a face-to-face conference and exposition for 71 years, and it is their 72nd installment that they have decided to boldly embrace this ever-changing age. This March 8 – 12 will mark an historic transition reflective of the times:...

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