English 
Prin-Cen’s CIC-200/500 combustion ion chromatography system integrates online pyrolysis, combustion, and ion chromatography detection, featuring a max furnace temperature of 1200°C and detection limit below 2 ppm. With a 50-position high-throughput autosampler, intelligent temperature control, and flexible combustion programs, this advanced combustion IC system enables accurate analysis of total halogens and sulfur in petroleum, chemical, environmental, electronics, and pharmaceutical applications.
Our CIC-200/500 supports unattended full-automatic operation, including automatic sampling, pyrolysis, absorption and IC analysis. The EasySpec workstation integrates instrument control and data management, compatible with LIMS. Equipped with dust-proof autosampler and easy-to-maintain furnace chamber, it shortens analysis cycle and reduces manual operation, greatly improving laboratory testing efficiency for high-throughput sample analysis.
1200°C High Temperature Combustion Furnace
Ensures efficient sample combustion and reliable determination of halogens and sulfur
Automated High-Throughput Analysis
A 50-position autosampler enables continuous, unattended batch analysis
Low Detection Limit for Trace Analysis
Detection limits below 2 ppm support demanding trace-level applications
Flexible Temperature Programming
Customizable combustion programs accommodate different sample types and analytical requirements.
| Industry | Typical Sample Types | Target Analysis |
| Petroleum & Petrochemical | Crude oil, fuels, lubricants and petrochemical products | Total sulfur and total halogens |
| Chemicals & Polymers | Organic chemicals, plastics, resins and rubber | Fluorine, chlorine, bromine, iodine and sulfur |
| Electronics | Electronic components, circuit boards and packaging materials | Total halogens for quality control and compliance testing |
| Environmental | Solid waste, contaminated soil and waste-derived fuels | Total halogens and sulfur |
| Pharmaceutical | Raw materials, intermediates and finished products | Halogen and sulfur content |
A combustion IC system combines sample combustion, gas absorption, and ion chromatography analysis in one automated workflow.
First, the sample is combusted at high temperature. Halogen- and sulfur-containing compounds are converted into gaseous combustion products, which are then transferred into an absorption solution and analyzed by ion chromatography for accurate quantification.
The integrated ic combustion process eliminates complex manual preparation steps and improves analytical efficiency.
What is the detection limit of Prin-Cen's Combustion IC?
The detection limit of Prin-Cen's combustion IC system is below 2 ppm, enabling accurate analysis of trace halogens and sulfur in various samples.
How does Prin-Cen's Combustion IC work?
Prin-Cen's combustion ion chromatography system combines high-temperature combustion with ion chromatography detection to analyze total halogens and sulfur efficiently.
How to maintain Prin-Cen’s Combustion IC conveniently?
Prin-Cen's combustion IC features a split pyrolysis tube and combustion tube design, making furnace maintenance easier and reducing replacement costs.
What is the maximum pyrolysis temperature of Prin-Cen's Combustion IC?
Prin-Cen's CIC-200/500 Combustion IC has an adjustable furnace temperature with a maximum of 1200°C, ensuring complete combustion of various samples.
What samples can Prin-Cen's Combustion IC detect?
The combustion IC system can analyze petroleum, chemicals, environmental samples, electronics materials, and pharmaceutical samples for halogen and sulfur detection.
Does Prin-Cen's Combustion IC support automatic operation?
Yes, Prin-Cen's Combustion IC realizes unattended full-automatic operation, including automatic sampling, pyrolysis, solution transfer and chromatographic analysis.
What is the autosampler capacity of Prin-Cen's CIC-500 Combustion IC?
The CIC-500 combustion ion chromatography system is equipped with a 50-position autosampler for efficient continuous analysis.
How long is the analysis cycle of Prin-Cen’s Combustion IC?
Prin-Cen’s combustion IC system provides a fast analysis cycle of less than 25 minutes, improving laboratory efficiency.
Is the software of Prin-Cen’s Combustion IC multi-language supported?
The EasySpec workstation of Prin-Cen’s Combustion IC supports both Chinese and English versions, with complete data acquisition and processing functions.
What is the difference between Combustion IC and traditional Ion Chromatography?
Combustion IC adds a combustion process before ion chromatography, allowing accurate analysis of organic samples that are difficult to test directly.
Why choose Prin-Cen’s Combustion IC system?
Prin-Cen provides advanced combustion IC system solutions with high sensitivity, automation, and reliable trace-level elemental analysis capabilities.
