Raman Microscope Reaction Chamber

The Raman Microscope Reaction Chamber is based on the proven Harrick Praying Mantis platform. It is a high temperature, high vacuum reaction stage for in-situ Raman spectroscopy applications. Ideal for studying changes in bulk properties of heterogeneous catalysts, for example, it can operate from high vacuum to 25.8 ktorr and at temperatures from ambient up to 910°C (under vacuum).

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Designed for Raman 180° backscatter geometries, collecting and illuminating through an SiO2 window with an 8mm aperture.
Adaptable to Raman microscopes with a suitable baseplate.
Operation from high vacuum (133 μPa or 10^-6 torr) up to 3.44MPa (25.8 ktorr).
Achieves temperatures up to 910°C (under vacuum).
Three inlet/outlet ports provided for evacuating the cell and introducing gases.
Made of chemically resistant 316 stainless steel.
Optional Silcotek/Restek inert coatings available for greater inertness and corrosion resistance.