Continuous Casting Machine

According to the structural shape, it can be divided into: vertical continuous casting machine, vertical bending continuous casting machine, arc continuous casting machine, elliptical continuous casting machine, horizontal continuous casting machine, wheel continuous casting machine. According to the section of the casting billet, it can be divided into: square billet continuous casting machine, slab continuous casting machine, round billet continuous casting machine, special-shaped billet continuous casting machine. According to the drawing speed, it can be divided into: high drawing speed continuous casting machine and low drawing speed continuous casting machine.

Slurry feeding:
At the head of the continuous casting machine, the molten metal is sprayed into the prepared mold through a specially designed slurry spraying device. At the same time, by combining different elements with slurry feeding, the ingots with different properties can be pre-adjusted.

Billet discharge:
The cast billet is discharged smoothly by the discharge device, and the speed and position of the billet outflow are controlled by the nozzle sealing system to ensure the quality of the billet and no waste. This process needs to be optimized by controlling parameters such as nozzle sealing and discharge speed to keep the billet in a certain shape and quality, while improving production and safety.

Crystallizer:
The billet will gradually solidify during the cooling process in the crystallizer. The crystallizer must evenly transition the billet from a high temperature state to this solid state before the billet solidifies, thereby ensuring the length and reducing the billet thickness.

Stretching:
Stretching is achieved through the synchronous cooperation of the wheel set and the stretching machine. During the stretching process, the billet is gradually elongated and gradually reaches the appropriate length and diameter after cooling in water. The purpose of stretching is to make the shape and structure of the billet reach a more ideal state for subsequent processing and use.

Cooling:
Cooling is a very important process to ensure the quality of the billet. By controlling the cooling rate of the billet, the performance and shape of the billet can be effectively maintained. During the cooling process, the continuous casting machine will automatically adjust the cooling water flow to ensure that the billet will not be overcooled and cracks will occur.