Microwave Reactor with In-Situ Raman Spectroscopy: Monowave 400 R

Combine Monowave 400 R with the Cora 5001 Raman spectrometer to receive a spectrum of information out of a former black box. Anton Paar combines two powerful techniques for synthetic chemistry – the microwave reactor Monowave 400 R delivers high-speed chemical reactions and the Raman analyzer Cora 5001 adds molecular spectroscopy for their characterization.

  • Obtain real-time information about the chemical composition of pressurized reactions
  • Use precise time-temperature profiles to get deep insights into reaction behavior
  • No cleaning, no sample preparation, no cross-contamination


Contact Us Request A Quote

Features

Study chemical reactions under unprecedented reaction conditions

Monowave 400 R provides the full range of operational parameters with temperatures of up to 300 °C and pressures of up to 30 bar. The Cora 5001 Raman analyzer performs time series measurements with adjustable intervals and exposure times during reactions, directly inside the reaction vial. The microwave reactor and the Raman spectrometer are connected via a special fiber-optic Raman probe.

Real-time in-situ reaction monitoring for a deeper understanding of reaction mechanisms

Raman spectroscopy provides direct identification of functional groups and quantitative information about the composition of a reaction mixture. Detect non-isolable intermediates or short lifetime transitional states with time-resolved measurements for a deeper understanding of reaction mechanisms.

Applications include:

  • Identification of reactive intermediates
  • Elucidation of reaction mechanisms
  • Investigation of reaction kinetics
  • Monitoring of byproduct formation
  • Optimization of reaction conditions

For more information visit anton-paar.com

Fill the form to Download Brochure

Related products

Delivering Quality To Every Single Customer.

Principals

Company

Lyza 7000 Used Oil Package High Vacuum Physisorption Analyzer: Autosorb