Materials and Polymers

100 MHz

• Nanalysis-100
- 1H/19F, 1H/19F/13C, 1H/19F/7Li, 1H/19F/31P, etc.

60 MHz

• Nanalysis-60 -1H/19F, 1H/19F/13C, 1H/19F/7Li, 1H/19F/31P, etc.

For example, proton, fluorine, phosphorus NMR can be used to characterize polymeric products including:

• Observe reaction completeness and uniformity

• Qualify the relative composition of the structural components

• Quantify the relative percentages of structural isomers

• Observe the presence of stereoisomers and determine polymeric tacticity

Even though polymer NMR has been done on high-field instruments for years, it can be expensive and, depending on the accessibility and availability of the NMR spectrometer, time consuming.

For more information about incorporating benchtop NMR into your daily workflow, please inquire for free sample submission, optional automation, building a database and other tools.

• Quality Control Assays of Polyurethane Raw Materials Using Benchtop Nuclear Magnetic Resonance Spectroscopy (2025)
  

• Facile Determination of Polymer Compositions in Polyhydroxyalkanoates via 1H Benchtop NMR Spectroscopy (2023)
  

• Two Methods for the Determination of Polymer Hydroxyl Values Using 19F Benchtop NMR (2023)
  

• Number-Average Molecular Weight (Mn) Determination in Polymers Using benchtop NMR (2023)
  

• USP Application Note -Average Polymer Length Determination for Polyoxyl 20 Cetostearyl Ether (Ceteareth-20) According to USP-NF Monograph Method Using 1H Benchtop NMR (2022)
  

• USP Application Note - Average Polymer Length Determination for Polyoxyl 10 Oleyl Ether (Oleth-10) According to USP-NF Monograph Method Using 1H Benchtop NMR (2022)
  

• Quantification of Polyoxyethylene (POE) Percentage in Poloxamers via 1H Benchtop qNMR (2020)
  

• Block Co-polymer Characterization (2013)

Journal article - Analysis of lignins using 31P benchtop NMR spectroscopy: quantitative assessment of substructures and comparison to high-field NMR

Journal article - Benchtop nuclear magnetic resonance performance evaluation according to ASTM E691–22 on a population of instruments: Molar substitution determination in hydroxypropyl betadex as a case study for use in quality control environments

Journal article - Determination of copolymer compositions in polyhydroxyalkanoates using 1H benchtop nuclear magnetic resonance spectroscopy

Blog - Analysis of Lignins Using 31P Benchtop NMR Spectroscopy

Editor’s choice paper- Analysis of Lignins Using 31P Benchtop NMR Spectroscopy: Quantitative Assessment of Substructures and Comparison to High-Field NMR (Can. J. Chem., 2022, doi:10.1139/cjc-2022-0041)

If you’re interested in software packages that ease incorporation of your benchtop NMR, please inquire about:

• Installation Qualification/Operational Qualification (IQ/OQ) software modules

• Advanced User interface for optional application programmatic interface to write own pulse programs or control instrument remotely

• Developments of CFR 21 Part 11 Compliance

For more information about incorporating benchtop NMR into your daily workflow, please inquire for free sample submission, optional automation, building a database and other tools.

“Now we run all our products in our own R&D lab – not only saving us time and money, but also giving us flexibility to acquire conformational NMR data on samples that we wouldn’t have deemed necessary to outsource.”

— Jacob Lance, Technical Manager of Polymer Additives, Dover Chemical Corporation