Electric Arc Furnace Steelmaking

Electric Arc Furnace Steelmaking

Electric arc furnace steelmaking is more flexible than other steelmaking furnaces, and is suitable for melting high-quality alloy steel in metallurgy industry.

Automation of Metallurgical Industry

Automation of Metallurgical Industry

The main purpose of the application of automation technology is to carry out various metallurgical operations accurately and stably; Improve the efficiency of the metallurgical production process, reduce material consumption and energy consumption, reduce production costs;

Key Functions of Ladle Refining Furnaces

Key Functions of Ladle Refining Furnaces

The ladle refining furnaces refer to the machinery and equipment that takes into account the heating and refining functions of the converter.
It is a key metallurgical machine used for refining molten steel melted in primary furnaces (intermediate frequency furnaces, blast furnaces, and steelmaking furnaces), and can adjust the temperature of molten steel, cache the processing technology, and achieve steel rolling and rolling mills.

Converter Furnace VS Electric Arc Furnace

Converter Furnace VS Electric Arc Furnace

What is the Difference between Converter Furnace Steelmaking and Electric Arc Furnace Steelmaking? Converter Steelmaking: The converter body can rotate, with a steel plate as the shell and refractory material as the lining.

How to Melt Steel by Induction Furnace?

Induction Furnace

purpose is mostly used for steelmaking. New steelmaking methods for induction melting furnace refining equipment continue to appear. At the same time, the quality of molten steel is greatly improved, and the quality of castings is greatly improved.

Ladle Furnace Refining Technology

Ladle Furnace refining furnace

Ladle furnace refining technology research began in 1968. At that time, it was discovered that the reduction and refining effect of prefabricated reduction slag, mixed steel slag, and argon blowing treatment in the electric arc furnace was significant. Therefore, the development of a ladle refining technology with the electric arc heating function for the purpose […]