Infrared carbon sulfur analyzerThe carbon and sulfur in the sample are oxidized to carbon dioxide through high-temperature heating under oxygen rich conditionssulfur dioxideGas. After processing, the gas enters the corresponding absorption tank to absorb the corresponding infrared radiation, which is forwarded to the detector as a signal and processed by the computer to output the result. This method has the characteristics of accuracy, speed, and high sensitivity, and is used for both high and low carbon and sulfur contents. The infrared carbon and sulfur analyzer using this method has a high degree of automation and is suitable for situations where high analysis accuracy is required.

Infrared carbon sulfur analyzerMainly used for the analysis of carbon and sulfur content in black metals, non-ferrous metals, rare earth metal inorganic substances, ores, ceramics and other materials in industries such as metallurgy, machinery, commodity inspection, scientific research, and chemical engineering. The analysis instrument uses a high-frequency induction heating furnace to burn the sample, and the infrared absorption method is used to test the mass fraction of carbon and sulfur elements in the sample. It has the characteristics of wide measurement range, strong resistance, complete functions, simple operation, and fast and accurate analysis results.

　　The carbon and sulfur in the sample are oxidized to carbon dioxide and sulfur dioxide gas through high-temperature heating under oxygen rich conditions. After processing, the gas enters the corresponding absorption tank to absorb the corresponding infrared radiation, which is forwarded to the detector as a signal and processed by the computer to output the result. This method has the characteristics of accuracy, speed, and high sensitivity, and is used for both high and low carbon and sulfur contents. Those who adopt this method have a high degree of automation and are suitable for situations where high analysis accuracy is required.