Learn how simplified FTIR microspectroscopy can be used to rapidly identify unknown materials and solve contamination issues in food, beverages and spirits.
Get an introduction to the regulations limiting the quantities of VOCs and SVOCs allowed in vehicle cabin air.
Learn how the pyrolysis gas-chromatography mass spectrometry technique can be used for analyzing microplastics in environmental samples.
During this webinar, we’ll focus on microplastics and the detection and identification of microplastics particles using FTIR microspectroscopy.
Learn how thermal desorption gives an extra dimension to understanding your cannabis samples, from raw material characterization through end product use.
Learn about simplified XRF principles, the advantages of lab XRF instrumentation, and guidelines on which one to select based on your needs.
Outdated flash pyrolysis of polymeric materials is a thing of the past. Discover the power of multi-mode pyrolyzer systems for the modern lab.
The health impacts of the “new car smell” in the vehicle interior have led several countries to impose limits on the concentrations of volatile organic compounds (VOCs) emitted from newly manufactured vehicles.
Learn more about Frontier Pyrolysis GC/MS and how the powerful micro-furnace solution can accelerate your analysis.
What exactly is pyrolysis, and how is it an effective technique for GC/MS sample preparation?
The Frontier Multi-Shot Pyrolyzer coupled with a GC/MS system provides a simple two-step method map for determining the composition of any unknown samples.
Microplastics has become a hot environmental topic and critical research area for many plastics manufacturers and product consumers.
