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Suitable for a wide range of chemistries, in situ Fourier Transform Infrared (FTIR) spectroscopy provides real-time monitoring of key reaction species. Designed to follow reaction progression, ReactIR provides specific information about reaction initiation, conversion, intermediates and endpoint even under challenging conditions that make offline sample and analysis difficult, such as reactions under pressure or extreme temperatures. Applications include Catalyst Optimization, Hydrogenation, Polymerization, and Highly Reactive Chemistry.
New Techniques for Better Chemistry
Small volume chemical synthesis workstations allow chemists to quickly and efficiently carry out experiments day and night with control over temperature, mixing, dosing and pH. Combining automated lab reactors with unattended, representative sampling or in situ analytical tools provides an additional level of process development understanding from particle size to the molecular level of reaction route, kinetics and reaction progression. These chemical synthesis workstations are easy-to-use, highly repeatable and interconnected through software control and data sharing.