X-ray photoelectron spectroscopy XPS for chemical surface analysis with nanometer-scale depth resolution. Suitable for nanoanalytics, surface modification, and coating investigations.
X-rays striking a sample of interest induce the emission of photoelectrons from surface near areas (about 5nm information depth). The kinetic energy and the number of these electrons give an idea on the chemical composition of the surface and quantifies their amount. Further information binding states is also accessible.
Expected Result
The analysis yields comprehensive data on the chemical composition and binding of the surface, offering insights into material purity, state after surface treatments, and potential contamination issues. This information is crucial for optimizing surface properties in various applications.
Case Study
A customer wants to investigate the surface modifications of treated polymer foils, providing insights of the developed advanced coatings and the performed surface treatments. The analysis of the surface chemistry helps the customer to tailor the properties of the performed surface modifications. Sputtering allow to identify interpenetration of different components.
UV-Vis/NIR spectrometer for analyzing transmission, reflection, and absorption of solid and liquid samples. Ideal for optical material characterization in research and development.
The tensile testing machine enables precise measurement of tensile strength, elongation and modulus of elasticity of a wide range of materials in research, development and quality control.