Furnace Iron Liquid Analyzer: The Practical Significance of Carbon and Silicon in Iron Liquid Analysis
The measured results are more practical and effective in preventing material waste. It is widely known that molten iron contains various graphitizing and degraphitizing elements, each with different degrees of effect depending on their concentrations. These elements interact and react with each other, either canceling or enhancing their individual effects. Thermal analysis can measure the comprehensive effect of these elements in the iron industry, allowing for an immediate and comprehensive assessment of the molten iron in a short period. In addition to reporting the main components C and Si, and the carbon equivalent (CEC) values calculated based on their contents, the measured carbon equivalent (CES) parameter also represents the combined effect of other elements. By comparing the CES and CEC values, operators can directly determine the degree of graphitization in the iron industry and take appropriate measures to prevent defects such as white mouth, shrinkage, and even不合格 castings. The advantage of this thermal analysis in measuring the comprehensive effects of various elements in the molten iron is unparalleled by conventional chemical analysis and on-site direct-reading spectrometry. That's where the on-site molten iron analyzer comes into play. The measurement process is simple and quick, starting from sampling and taking only 3 minutes to measure CES, CEC, and C, Si contents in the molten iron. This is several times faster than conventional chemical analysis and more than twice as fast as on-site direct-reading spectrometry. It can fully realize online quality control in the iron industry. The on-site rapid carbon-silicon analyzer can measure the carbon equivalent (CEL) in gray iron, malleable iron, and spheroidal iron cast iron, etc.
Above is the content introduced by the Furnace Ironwater Analyzer manufacturer. If you have any further questions, feel free to consult our website, where professional staff will explain it to you.
