Integrated Trap for Enhanced Sensitivity
The 6200 includes a standard Tenax‑TA trap, enabling thermal desorption, preconcentration, and improved sensitivity for trace‑level analytes. This makes it ideal for environmental, forensic, and industrial applications where low‑level detection is critical.
Multi‑Step Pyrolysis for Complex Materials
With support for up to 10 programmable temperature steps, the Pyroprobe 6200 allows sequential thermal desorption and pyrolysis on a single sample. This enables fractionation, component separation, and deeper characterization of complex materials.
High‑Temperature Precision
The system offers a temperature range up to 1300°C with 0.1°C accuracy, ensuring reproducible results across polymers, plastics, coatings, adhesives, composites, and unknown materials.
Modular Design for Expanded Capabilities
The 6200 supports multiple modules—including dynamic headspace, external reactors, cryotrapping, and FT‑IR interfaces—making it one of the most flexible pyrolysis systems available.
Specifications:
- DISC Technology: Standard
- Trap: Standard Tenax‑TA
- Temperature Range: Up to 1300°C
- Temperature Accuracy: 0.1°C
- Reactant Gas: Standard
- Heating Rate:
- 0.01°C/ms to 20°C/ms
- 0.01°C/sec to 999.9°C/sec
- 0.01°C/min to 999.9°C/min
- Multi‑Temperature Steps: Yes — up to 10 programmable profiles; supports multiple thermal desorption or pyrolysis steps per sample
- GC Connection: Heated transfer line (up to 350°C)
- Weight: 17.5 kg
- Dimensions (W × H × D): 381 mm × 292 mm × 406 mm
Available Options & Modules
- Autosampler
- Thermal Desorption Tube Module
- Dynamic Headspace Module
- External Reactor Module
- Cryotrap (down to –180°C)
- FT‑IR Interface (Brill Cell)
- 1/4" and 1/2" Manual Probes
- Electronic Mass Flow Controller (N₂, O₂, Air, CO₂, He calibrated)
Key Applications
- Polymer and plastic identification
- Microplastics analysis
- Environmental sample characterization
- Forensic trace analysis
- Thermal desorption studies
- Material degradation and failure analysis
- Additives, contaminants, and VOC profiling
- Research and industrial QC workflows
