System ReactIR 701L LN2

Product Description

The device ReactIR 701L LN2 is a liquid nitrogen (LN2)-cooled Fourier Transform Infrared (FTIR) spectroscopy device that is intended for real-time monitoring and analysis of chemical reactions occurring at low temperatures. The system is made by Mettler-Toledo, a renowned company that offers precise tools and services.

The Attenuated Total Reflection (ATR) sampling module used by the ReactIR 701L LN2 system enables direct analysis of samples inside reactors or other reaction vessels without the requirement for sample preparation. A high-resolution interferometer in the system delivers precise spectral data over a broad range of wavelengths.

The ReactIR 701L LN2 system's LN2 cooling capability makes it possible to monitor chemical reactions at low temperatures, which is especially helpful for reactions that are heat-sensitive or need low temperatures for best yields. The device may function at temperatures as low as LN2's boiling point of -196 deg C (-321 deg F).

In the pharmaceutical, chemical, and biotech industries, the ReactIR 701L LN2 system is frequently used for process development and optimisation, as well as for quality assurance and control. The system's real-time monitoring capacity enables the detection of contaminants, the identification and characterisation of reaction intermediates, and the optimisation of reaction conditions for greater yields and fewer byproducts.

Overall, the System ReactIR 701L LN2 is an effective tool for real-time investigation of chemical reactions occurring at low temperatures, offering insightful information about the mechanisms behind these reactions and optimising process parameters.

Specifications - System ReactIR 701L, LN2