For foundry companies, the analysis of the composition of the molten iron before the furnace can be said to be very important. The carbon and silicon analysis instrument developed by the Nanjing Kirin Group can quickly detect the carbon equivalent CE%, carbon content C%, and silicon content Si% of the molten iron. , Spheroidizing rate SG%, tensile strength RM, eutectic degree SC, according to the customer's material to guide the hot metal required by the molten iron, ferrosilicon and scrap steel additions and other hot metal properties. This can ensure the quality of the molten iron in the casting process and improve the quality of the product. Through rapid detection, saving energy consumption, increasing output, and improving business efficiency; of course, how to choose a good molten iron composition analyzer is also the key. Let's analyze this The main benefits of a furnace hot metal analyzer.
Fast test site of carbon and silicon analyzer in front of furnace
Our general testers need about 10 hours from the molten iron to test the strength and hardness of the test rod. The time is too long, which brings a lot of inconvenience to the analysis and measurement, which increases the workload of the workers and increases the production cost. QL-TS6 front furnace carbon silicon analyzer is used by Kirin Scientific Instrument Group Co., Ltd. after more than 3,000 years of research and put into the market. It is used by more than 3,000 foundries to measure higher precision and more stable performance. For the majority of foundry enterprises, it has solved the problem of hot metal quality control in front of the furnace, and has truly become a good helper in front of the furnace!
Carbon and silicon analyzer in front of the furnace
The rapid thermal analysis technology in front of the cast iron furnace uses the solidification temperature curve of the formation process of the cast iron as the measured object. The instrument analyzes the solidification temperature curve to obtain the characteristic points of the curve under different components. Only the conventional carbon and silicon content can be quickly measured, and the tensile strength and hardness values can also be measured directly from the molten iron. The measurement results usually obtained by the tensile machine, hardness tester, carbon-silicon meter, and metallography are now a smart The analyzer can solve it. The problem was solved, the quality of molten iron was ensured, the work efficiency was improved, and the inspection cost and time were reduced.
Nanjing Kirin Scientific Instrument Group Co., Ltd.