Identification of Inorganic Filler Materials in Polymers
FIR-MIR ATR Studies “see” inside polymers
What’s inside your Polymers? Identifying inorganic filler materials in polymer samples can be improved in two ways. One way is to measure one spectrum per sample to get access to the whole information in the far and mid infrared region. Secondly — and more simply — through a comparison of the spectral data using just one combined FIR-MIR library. Read This report to learn how this is done using FIR-MIR spectroscopy with attenuated total (internal) reflectance, or ATR, contact sampling.
Read and learn how to:
Examine mid- and far-infrared regions of the spectrum to view the complete characterization of composite materials. Conduct polymer investigations using ATR measurement, which offers a fast and easy to use approach. Review the FIR-MIR ATR library to save time and provide information all at one time.
October 24, 2023
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FIR-MIR ATR Studies “see” inside polymers
What’s inside your Polymers? Identifying inorganic filler materials in polymer samples can be improved in two ways. One way is to measure one spectrum per sample to get access to the whole information in the far and mid infrared region. Secondly — and more simply — through a comparison of the spectral data using just one combined FIR-MIR library. Read This report to learn how this is done using
FIR-MIR spectroscopy with attenuated total (internal) reflectance, or ATR, contact sampling.
Read and learn how to:
Examine mid- and far-infrared regions of the spectrum to view the complete characterization of composite materials.
Conduct polymer investigations using ATR measurement, which offers a fast and easy to use approach.
Review the FIR-MIR ATR library to save time and provide information all at one time.
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