Other specifications of packaging can be provided according to customer requirements
hydrogen chloride
Purity or Quantity | carrier | volume |
99.999% | cylinder | 47L |
hydrogen chloride
The high-frequency infrared method is widely used. After the oxygen is purified, it is input into a high-frequency furnace (high-temperature furnace), so that the carbon and sulfur in the sample are converted into CO2 and SO2 under oxygen-enriched conditions. The generated CO2 and SO2 are dedusted and removed After the water purification device, it is loaded into the infrared detection unit by oxygen for detection, and the percentage content of carbon and sulfur elements is obtained after a series of data processing. At the same time, the residual gas containing CO2, SO2 and O2 is discharged through a special pipeline through tail gas absorption. to the outdoors. This method has the characteristics of accuracy, speed, and high sensitivity. Both high and low carbon and sulfur contents are used. The infrared carbon and sulfur analyzer using this method has a high degree of automation and high cost performance, and is suitable for enterprises that require high analysis accuracy.