DST Sampling Technology
Sample Any Chemistry Under Any Condition
Real time, in-situ reaction monitoring demands the utmost in probe robustness and reproducibility to assure usability in a wide range of reaction conditions. Expertise in probe design and choice of materials of construction are critical for assurance of chemical and physical compatibility without the risk of sensor fouling.
DST Sampling Technology is a direct insertion probe or micro flow cell capable of sampling chemistry under any conditions using a sensor made of diamond or silicon. An integrated temperature sensor allows for verification of process conditions and enhanced reaction understanding. Wetted materials are typically Hastelloy® C22 and gold, with others available on request.
When connected to ReactIR, ReactIR DST Sampling Technology enables reaction monitoring and analysis of even the most difficult chemistry including:
- Corrosive media
- Acidic conditions
- Caustic chemistries
- Abrasive slurries
Combine the extensive chemical and physical resistance with a broad range of compatible temperatures and pressures for enhanced in-situ sampling of the widest scope of chemistries. Established DiComp™ and SiComp™ technology has been proven with thousands of applications worldwide in a lab or production scale.
Specifikacije
Dokumentacija
Preglednica
ReactIR in-situ sampling technology assures usability in a wide range of batch and continuous reaction conditions.
Measure and monitor continuous flow chemistry with DS Micro Flow Technology.
Validate ReactIR wavenumber accuracy and calibrate to a Polystyrene standard certified by the National Institute of Standards and Technology (NIST) fo...
Product Brochures
Understand reaction chemistry with ReactIR In Situ FTIR spectroscopy
Extended Product Documentation
This free Citation List presents an extensive list of peer-reviewed publications related to the use of in-situ ReactIR spectroscopy for the advancemen...
Data is collected in the mid-infrared spectral region, which provide a characteristic fingerprint absorbance that is associated with fundamental vibr...
