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Nuclear Magnetic Resonance (NMR) spectroscopy is an analytical tool that provides valuable information about the molecular structure of a material. NMR is most commonly used to analyze soluble organic materials, such as solvents, polymers, surfactants, and reaction intermediates. A variety of different NMR experiments is possible to help determine chemical information. NMR is nucleus specific, and different information can be obtained from each atom in a sample, for example, H, C, P, Si, and F. Analyses of solid materials, such as composites and cured adhesives, are also possible using specialized equipment with high-intensity radio frequencies and high-speed sample spinning.

• Composition information about polymers and resins, including unsaturated polyesters, phenol-formaldehyde resins, acrylic adhesives, and other cross-linking polymer materials.
• Complete quantitative analyses of product formulations.
• Purity assays of raw materials and products from experimental reactions.
• Quantitative assays of individual species in mixtures.
• Kinetics and reaction completion studies, either via sampling from a reactor or in situ in the NMR instrument.
• Identification of unknown organic materials.
• Composition information about cured polymeric materials, inorganic solids, fossil fuels, and other solid material using multinuclear solid state NMR techniques.