The EMIA-320V2 carbon sulfur analyzer utilizes HORIBA's advanced combustion technology and has a high-frequency induction heating method with combustion control function. This not only enables surface carbon treatment and phase analysis of carbon in the sample, but also allows for the selection of suitable heating methods based on the sample and application. Using dust filter heating mechanism to reduce SO2Adsorption can improve the stability of sulfur analysis. Four non dispersive infrared detectors (i.e. CO, CO2 high, CO2 low, SO2 infrared detectors) are used, and an automatic cleaning mechanism can be added according to user requirements, thus achieving high-precision, high functionality, easy operation, and fast carbon sulfur linkage measurement. And it can directly transmit data through the network. The instrument has data analysis and processing functions, realizing functions such as heating, extraction, dynamic display of release curves, graphic comparison, and differential operation processing. The rich data processing software provides simple and efficient analysis methods for production and scientific research
Determination of Elements |
Carbon sulfur joint measurement |
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Analysis principle |
High frequency heating furnace method Infrared absorption method for detection |
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analysis scope |
C:2ppm-6wt% S:2ppm-1wt% In theory, reducing the sample size can reach 100wt% |
Standard sample weight |
Standard 1.0g |
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Analysis accuracy (reproducibility)(Solid standard sample) |
Carbon: S ≤ 1ppmOr RSD ≤ 0.5%(Both meet one of the requirements Sulfur: S ≤ 1ppmOr RSD ≤ 1.5%(Both meet one of the requirements |
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sensitivity |
C/S: 0.01wtppm |
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Analysis Time |
Usually between 30 and 60Seconds (depending on the characteristics of different samples) |
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work cycle |
24-hour continuous operation |