PYROMAT

Curie - Point - Pyrolyser

Pyromat

Curie - Point - Pyrolysis is a well proven method for the fast analysis of complex non-volatile chemical materials. No sample preparation is required. Small amounts of sample (micrograms) are sufficient for an analysis. In order to save time and money automation, i.e. high sample troughput, is a topic in all areas of analytical laboratories. Because of its unique design the Pyromat is able to provide unattended operation of up to 24 samples. All essential parameters like temperature and pyrolysis time can be determined individually for each sample. Within a few minutes the Pyromat can be installed and removed from the GC. At any time you will be able to change from pyrolysis to liquid injection.

For the application of Pyrolysis in combination with Gaschromatography and Gaschromatography/Mass Spectrometry we do offer customized Packages, whereby the customer is free to determine the GC or GC/MS manufacturer.
Please ask for our Packages:

Pyromass and Pyrochrom

Applications

- Polymers and Co-Polymers
- Paints, Lacquers and Pigments
- Analysis of Additives, Adhesives, Rubber Materials (e.g. Tyers...), Paper, Textiles etc.
- Environmental Analytics (soil samples)
- Pharmaceutical Industry
- Analysis of biological/geological materials
- Forensic Analysis

Features

- Highly reproducible pyrolysis temperature
- Rapid heating in milliseconds
- Wide temperature range by means of ferromagnetic sample carriers (wires,tubes) from 160 to 1040 degree centrigrade
- Easy fitting to most GC-Systems
- Microprocessor control
- Avoidance of condensation residues by use of two transfer heaters (temperature control range from 30 to 300 degree centrigrade)
- Universal adapter for direct connection to the capillary column

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further information

Samples for the successful use of
Curie-Point-Pyrolysis

Designation of impregnants (Silane of concrete)

Designation/detection of wax

Identification of additives in polymers

Detection of tobacco samples

Identification of bacteria

Detection of resins (e.g. phenol resin)

Detection of dust samples from incinerators

Investigations of oceanic samples

Detection of steroids

Investigations of elastomers from Isocyanates and Polyoles

Detection of flame resistants from plastics (e.g. PC boxes)

Investigations of textile fibres

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