The combination of water vapor sorption measurements with Raman spectroscopy significantly expands the capabilities of the SPS sorption analysis systems. This integration enables simultaneous analysis of sorption behavior and molecular structural changes, such as hydrate formation or crystallization of amorphous materials.
Raman spectroscopy is only compatible with SPS11-10μ, SPSx-1μ-High-Load, and SPSx-1μ-Advance.
- Simultaneous multi-sample analysis
- Software Integration
- Easy Retrofitting
- Advanced material characterization
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Simultaneous Multi-Sample Analysis
Enables parallel analysis of multiple samples for efficient comparative studies.
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Retrofit Option for Existing Systems
Compatible with existing SPS systems for a straightforward expansion.
Combination of DVS with Raman Spectroscopy
The Ideal Complement to SPS Sorption Analysis Systems
Combining water vapor sorption measurements with Raman spectroscopy is the ideal addition to SPS sorption systems, integrating a second analytical method. Raman spectroscopy, together with DVS, is a powerful tool for investigating moisture-induced structural changes such as hydrate formation or crystallization of amorphous materials.
The combination of the multi-sample capability of an SPS sorption system with Raman spectroscopy enables the evaluation of sorption curves in conjunction with the corresponding Raman spectra, along with the ability to measure and compare multiple samples simultaneously. This opens up new and exciting possibilities for solid-state analysis. Compatible SPS instruments can be equipped or retrofitted for the integration of a Raman spectrometer.
Software Integration
The Raman spectrometer is controlled via the SPS software. Through a dedicated menu, the user can define from which samples Raman spectra should be recorded. The timing and frequency of the measurements can also be configured. For example, measurements can be scheduled at fixed time intervals or triggered each time a sample meets the equilibrium criterion.
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proUmid specializes in the manufacturing and worldwide distribution of systems for measuring the sorption properties of materials, as well as humidity generators for analytical applications. Our devices and instruments are used globally in a variety of different applications for water vapor sorption and for regulating relative humidity in analytical instruments.