Infrared spectroscopy

Infrared spectroscopy plays an important role in surface technology as an analytical method for characterizing material surfaces. This technique uses the interaction of infrared radiation with molecules to gain insights into the chemical composition and structure of surfaces.

Infrared spectroscopy in surface technology enables the identification of functional groups, chemical bonds and impurities on the surface of materials. By recording infrared spectra, specific characteristics of molecules can be identified, which is particularly important in the analysis of coatings, thin films, paints and other surface coatings.

The method is used, for example, to check the quality of coatings, identify impurities or evaluate the success of surface modifications. Infrared spectroscopy is not limited to organic materials, but can also be applied to inorganic substances.

A major advantage of infrared spectroscopy in surface technology is its non-destructive nature. Samples can be analyzed directly without having to be prepared or damaged beforehand. This enables precise characterization of surfaces, minimizing sources of error in production and improving the quality of the end products. Overall, infrared spectroscopy helps to optimize efficiency and control in surface technology.