Square and Round Billet Arc Continuous Caster

Features of Square and Round Billet Arc Continuous Caster  

1. Features of Tundish and Tundish Truck

Tundish and tundish car, as one of the necessary equipment components of various continuous casters, play an important role in the whole production process. In the square and round billet arc continuous caster, due to the high production efficiency and large demand of the equipment, the equipment also has very bright characteristics, including the advanced molten steel flow field technology used in the large melting tundish, and this control technology is not suitable The technology can control the floating time of large particles in molten steel to achieve the effect of uniform molten steel temperature, so as to improve the overall casting quality. The stopper opening and closing mechanism uses the numerical control electric cylinder as the main power source and precisely matches with the mould liquid level detection system to realize the automatic control of molten steel level in the mould. Because the system can prevent the violent fluctuation of liquid level and improve the control effect of stable casting speed, the quality control level of the square and round billet arc caster is realized and the quality of billet is improved.

2. Characteristics of Ladle Turret Equipment

Ladle turret is one of the core components of the square and round billet arc caster, which is mainly powered by butterfly hydraulic pressure and can be quickly replaced by lifting the ladle turret. Some enterprises in the actual product may need to carry out the technology of multi furnace continuous combustion, which can be fully satisfied, and through the hydraulic drive to effectively reduce the heat loss in the pouring, so as to improve the comprehensive utilization efficiency of energy, and help to improve the comprehensive economic benefits of enterprises.

3. Characteristics of Mould Vibration Device

The main equipment features of the mold vibration device are the use of all copper structures, with a narrow water gap treatment design inside, which can significantly improve the crystallization effect of the mold. In the mold, the copper tube is designed into a certain continuous taper to achieve the upper and lower sealing effect of the copper tube. The electromagnetic stirring device can be installed to control the billet quality inside the hollow copper tube. For the vibration device, the design mainly adopts the inner arc installation method, which not only ensures the accuracy of vibration arc simulation of crystallization but also realizes the stability of operation to a certain extent. In addition, the control efficiency of non-sinusoidal vibration is improved by means of rapid positioning and automatic connection of cooling water, and the slab surface quality is also effectively improved.