Principle and application of furnace front carbon silicon analyzer

Furnace front carbon silicon analyzer is an instrument used to measure carbon and silicon content in steel. It is a key equipment widely used in the metallurgical industry. It can directly carry out non-destructive testing of molten steel at high temperature without sampling and moving. It is fast, accurate and convenient.

The principle of the instrument is to use the interaction law between carbon and silicon in binary alloys. When the concentration of different elements in the alloy changes, its electrical properties will also change. In the carbon silicon analyzer in front of the furnace, the carbon silicon content of the molten steel to be tested can be calculated according to the electrical characteristics by adding a standard sample of known concentration to the furnace charge.

Using the carbon silicon analyzer in front of the furnace can realize the real-time monitoring of the smelting process in the furnace, and can provide accurate data about the composition of molten steel, providing decision-making basis for production managers. In addition, the instrument can also realize molten steel pre alarm, ensure the normal operation of the furnace, and reduce steel consumption and environmental pollution.

In short, the furnace front carbon silicon analyzer is an indispensable technology in the iron and steel metallurgical industry. It can realize rapid and accurate measurement and monitoring of liquid steel composition, and lay a solid foundation for improving production efficiency and quality.