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Reduce the time and labor for determination of corrosive halogens and sulfur in difficult samples by using the Thermo Scientific™ Combustion Ion Chromatography (CIC) system. This combustion IC system eliminates complex sample preparation steps using an automated method that is highly sensitive, easy-to-use, saves time, and produces fewer environmental contaminants than other sample preparation procedures. Use the CIC system for applications such as the analysis of corrosive halogen, sulfur determination, and halide speciation.
| Type | Combustion IC System |
| Detector Type | Conductivity (CD), Electrochemical (ECD) |
| Flow Rate | 0.001 to 10 mL/min. |
| Description | Combustion Ion Chromatography System |
| Unit Size | Each |
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| IQLAAAGADHFAMJMBIQ | Each | Combustion Ion Chromatography System | 申請報價 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Obtain total sulfur and total halides independent of sample matrix
Petrochemicals, gaseous samples, solid samples, and complex chemicals are very difficult to analyze with conventional ion chromatography (IC) because sample preparation is required to extract analytes or remove interfering matrices. Automated combustion IC reduces the time and labor for determination of corrosive halogens and sulfur in difficult samples by eliminating complex sample preparation steps.
Fully automatedSamples are pyrolyzed in an oxidizing atmosphere, the resultant vapors are absorbed in an aqueous solution, then introduced directly into an IC system for analysis.
- Save time and labor
- Increase reproducibility
Precise process control achieves sub-mg/L values
Obtain halide speciationChromatographic separation of fluoride, chloride, bromide, and iodide
Eliminate hazardous chemical disposalPyrohydrolysis eliminates the need to dispose of hazardous chemicals used in acid digestions or back extraction
Major Applications- S, Cl, F, and Br in plastics
- Cl, F, Br in pharmaceutical raw materials and finished ingredients
- Cl in epoxy resins
- Cl, F, and S in liquid petroleum gas
- Br in disposable (one-time use) polymers
- Cl in lubricating oil
- F, Br, and I in soil samples
- F in ores
- Cl and F in aluminum powder
- Cl and S in coal
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