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Mass Spectrometry Structural Analysis of Fluoroelastomers
Written by AZoNanoMay 10 2021BioChromato Inc. has published a report describing how their ionRocket sample preparation device, used in combination with Direct Analysis in Real Time Mass Spectrometry (DART-MS) and Kendrick Mass Defect (KMD) analysis, provides a valuable new tool for chain analysis of fluoroelastomers.
Image Credit: BioChromato Inc.
Because of their excellent heat, chemical and abrasion resistance - fluoropolymers are widely used in automotive parts and many other industrial products. Since copolymerization and chain end modification are used to achieve high polymer functionality, structural analysis is important for product development and to understand how a fluoropolymer might degrade.
However, using traditional techniques such as Pyrolysis GC/MS only information on the constituent monomers can be obtained. Similarly, it has been found to be very difficult to obtain MALDI-MS spectra from fluoropolymers. Fluoropolymers are one class of materials that, to date, have proven difficult to structurally analyse.
The ionRocket is a temperature-heating device for direct thermal desorption and pyrolysis of samples, prior to ionization and analysis by mass spectrometry. Using ionRocket a temperature gradient from ambient up to 600ºC can be achieved in just a few minutes. This enables fluoropolymers to be pyrolyzed and then introduced into the DART-MS gas stream.
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The report shows how the ion-Rocket DART-MS technique can be used to detect the pyrolysis products of fluoroelastomers from low to high molecular weight. This unique capability allows the technique to be applied to the chain analysis of fluoroelastomers. In addition, by using KMD analysis, the detected pyrolysis components can be understood relatively easily.
To read the application report in full please visit https://biochromato.com/wp-content/uploads/EI-046-Structural-Analysis-of-Fluoroelastomer-Chain-Analysis.pdf. For further information on the ionRocket please visit https://biochromato.com/analyticalinstruments/ionrocket_/ or contact BioChromato Inc. on +81-466-23-8382 / [email protected] / [email protected] and [email protected].
Image Credit: BioChromato Inc.
Because of their excellent heat, chemical and abrasion resistance - fluoropolymers are widely used in automotive parts and many other industrial products. Since copolymerization and chain end modification are used to achieve high polymer functionality, structural analysis is important for product development and to understand how a fluoropolymer might degrade.
However, using traditional techniques such as Pyrolysis GC/MS only information on the constituent monomers can be obtained. Similarly, it has been found to be very difficult to obtain MALDI-MS spectra from fluoropolymers. Fluoropolymers are one class of materials that, to date, have proven difficult to structurally analyse.
The ionRocket is a temperature-heating device for direct thermal desorption and pyrolysis of samples, prior to ionization and analysis by mass spectrometry. Using ionRocket a temperature gradient from ambient up to 600ºC can be achieved in just a few minutes. This enables fluoropolymers to be pyrolyzed and then introduced into the DART-MS gas stream.
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The report shows how the ion-Rocket DART-MS technique can be used to detect the pyrolysis products of fluoroelastomers from low to high molecular weight. This unique capability allows the technique to be applied to the chain analysis of fluoroelastomers. In addition, by using KMD analysis, the detected pyrolysis components can be understood relatively easily.
To read the application report in full please visit https://biochromato.com/wp-content/uploads/EI-046-Structural-Analysis-of-Fluoroelastomer-Chain-Analysis.pdf. For further information on the ionRocket please visit https://biochromato.com/analyticalinstruments/ionrocket_/ or contact BioChromato Inc. on +81-466-23-8382 / [email protected] / [email protected] and [email protected].
This project has been co-funded with the support of the LIFE financial instrument of the European Union [LIFE17 ENV/ES/000438] Life programme
The website reflects only the author's view. The Commission is not responsible for any use thay may be made of the information it contains.Last update: 2022-01-31
