Germany HR-QC08 Intelligent Management Instrument for Hot Metal Quality at the Furnace Front

The rapid thermal analysis technology for cast iron furnaces measures the solidification temperature curve during the formation process of cast iron structures. A computer analyzes this curve to identify characteristic points corresponding to different compositions. Based on these points, various properties of the molten iron are calculated, including carbon equivalent (CE%), carbon content (C%), silicon content (Si%), manganese content (Mn%), spheroidization rate (SG%), and tensile strength (RM). The thermal analyzer takes approximately 1 minute and 40 seconds to complete its detection, which aligns with the waiting time for the molten iron. Subsequently, the composition of the molten iron is adjusted based on the automatically calculated amounts of carburizer, ferrosilicon, and scrap steel. Once the optimal composition is achieved, pouring is performed.

Product Description

  • Hot metal grade, carbon equivalent, carbon content, silicon content, manganese content, supercooling, spheroidization rate, tensile strength, etc.

  • Setting of target material and molten iron weight.

  • Automatically calculate the amount of recarburizer, ferrosilicon and scrap steel added.

  • Automatically draw the curves of carbon, silicon, manganese, carbon equivalent, primary crystal temperature and eutectic temperature.

  • Data storage and reproduction.

  • 10 calibration lines, 10 target components, calibration lines and target materials can be linked.