Before you set off on your quest to purchase new instrumentation, we have four thing to consider when trading-in analytical instrumentation.
Let’s tackle the science of polymer analysis using the power of spectroscopy, including identification, quality control and reverse engineering.
Pyrolysis-GC/MS provides analysts with a streamlined microplastics characterization technique capable of accurate identification and quantification within a single instrument platform.
Although ATR-FTIR is one of the most common techniques for analyzing compounds, it is one of the least understood.
Using hydrogen as a carrier gas for gas chromatography enables laboratories to address helium supply issues without sacrificing analytical performance.
Learn more about the IQ Mill-2070 Cryogenic Mill – an intelligent quick-mill grinding device that pulverizes, crushes, stirs, and disperses polymer materials.
Many labs turn to used and refurbished analytical instruments to reduce the long-term cost of their laboratory. Check out these helpful tips when looking to purchase used instruments.
In this webinar you will learn the practicalities and benefits of using hydrogen as a carrier gas in place of helium to support your thermal desorption GC/MS analysis.
Multi-vendor solutions often leverage instrumentation from more than one vendor, resulting in an analytical powerhouse for the demanding lab environment.
As greenhouse gas monitoring becomes more crucial for a sustainable future, there is a need in the industry for improved greenhouse gas analyzers.
We’ll explore 5 analytical techniques for characterizing unknowns, plus offer tips on how they can be adapted to pyrolysis data.
Explore innovative techniques for GC-FID designed to improve workflows and increase testing capabilities.
