English 
It uses a 1200°C high-temperature furnace to pyrolyze organic compounds, with detection limits ＜2ppm for F, Cl, Br, I and S. It realizes full automation of sampling, pyrolysis, separation and calculation, and the workstation is compatible with LIMS system. The analysis cycle is ＜25 minutes, efficiently adapting to sample analysis in petroleum, chemical and other industries.
Automatic sampling, step-by-step sample pyrolysis and analyte collection, solution transfer, ion chromatography separation, and chromatogram calculation.
50-position high-throughput solids autosampler with a dust cover to prevent particle contamination in busy laboratory environments.
Software workstation integrates instrument control, chromatogram acquisition/processing, and data management, with LIMS system compatibility.
Automatic ion chromatograph calibration reduces manual preparation time, enabling unattended, fully automatic operation.
Furnace temperature is adjustable up to a maximum of 1200°C, ensuring complete combustion of diverse sample types.
Fine combustion program with adjustable steps, rates, and residence times to accommodate analysis of different elemental species in various samples.
Dual electronic gas flow meters (flow accuracy up to 1 mL/min) allow real-time flow adjustment via software control to meet gas supply requirements for different pyrolysis and combustion stages.
Furnace chamber is easily accessible for maintenance and combustion tube replacement.
Separate pyrolysis and combustion tubes reduce replacement costs and simplify cleaning and upkeep.
Position sensor ensures safe transport and detection of sample boats.
Level sensors on the absorption tube enable precise volume measurement.
IC analysis is automatically triggered after combustion absorption, with the next sample combustion prepared and started automatically to minimize analysis cycle time.
Optional 120-position 15 mL fraction collector for collecting absorption solutions and offline IC analysis.
| Model | CIC-200/CIC-500 |
| Application Fields | On-line combustion ion chromatography is mainly used for determination of total halide (fluorine, chlorine, bromine, iodine) and total sulfur in samples.Applications span petroleum, chemical, energy, environmental, plant, consumer, industrial catalyst, and electronics industries. |
| Detection Limit | < 2 ppm |
| Pyrolysis Temperature | Max. 1200°C |
| Turnover | < 25 min |
| Analysis Method | CIC |
| Software Function | Available in both Chinese and English versions, with simultaneous control, data acquisition/storage/processing. Supports chromatographic peak integration setting, qualitative analysis by retention time, peak area and concentration calculations, half-peak width calculation, and signal-to-noise ratio calculation. |
| Power Supply | 220V±10%, 50Hz |
