The tundish serves as a buffer between the melting furnace and the mold. It helps to regulate the flow of the molten brass, ensuring a stable and continuous supply to the mold. The mold is the heart of the continuous casting process. It is carefully designed with a specific shape and size according to the requirements of the final brass product.

      The company produces: rolling mill, hot rolling, cold rolling, section steel equipment (Angle steel, c steel, t steel, u steel, v steel, PI steel, flat steel, ball flat steel, etc.), bar production line (round steel, rebar), Hafen groove (also known as groove steel), hexagonal steel, pipe pile end plate, silicon steel sheet, silicon steel sheet, aluminum casting and rolling machine, aluminum plate rolling mill and other rolling equipment.

      Mill auxiliary machinery: roller table, lifting platform, cold bed (automatic bar cold bed, steel cold bed), hot saw machine, push steel machine, straightening machine, flying shear and waste rebar reform equipment and intermediate frequency melting furnace, intermediate frequency high frequency heating equipment, available for users to choose.

      In addition to supplying the domestic market, the products are also exported to Russia, Nigeria, Algeria, Egypt, Saudi Arabia, Uzbekistan, Kazakhstan, Fiji, Bangladesh and other countries and regions.

A brass continuous casting machine is a sophisticated piece of equipment that plays a crucial role in the production of brass components.

The machine typically consists of a melting furnace, a tundish, a mold, and a cooling system. The melting furnace is responsible for melting the brass raw materials to a liquid state. High - quality refractory materials are used in the furnace to withstand the high temperatures required for brass melting, which can reach up to around 900 - 1000 degrees Celsius.

The tundish serves as a buffer between the melting furnace and the mold. It helps to regulate the flow of the molten brass, ensuring a stable and continuous supply to the mold. The mold is the heart of the continuous casting process. It is carefully designed with a specific shape and size according to the requirements of the final brass product. The inner surface of the mold is often coated with a special material to prevent the molten brass from sticking and to ensure a smooth casting process.

Once the molten brass is in the tundish, it flows down into the mold under the influence of gravity. As the brass enters the mold, the cooling system starts to work immediately. The cooling system uses water or other cooling agents to rapidly cool the outer layer of the molten brass. This causes the brass to solidify gradually from the outside to the inside.

During the continuous casting process, the solidified brass is continuously pulled out from the bottom of the mold at a constant speed. This ensures that the casting process is continuous and can produce long - length brass products such as brass bars, rods, or profiles. The speed of the pulling process needs to be precisely controlled to match the solidification rate of the brass. If the pulling speed is too fast, the brass may not be fully solidified, leading to defects in the product. On the other hand, if the pulling speed is too slow, it may cause inefficiencies in the production process.

1. High - quality products: The continuous casting process can produce brass products with a uniform microstructure and excellent mechanical properties. This is because the rapid cooling in the mold helps to refine the grain structure of the brass, resulting in improved strength, hardness, and ductility.
2. High productivity: Compared to traditional casting methods, the continuous casting machine can operate continuously, significantly increasing the production efficiency. It can produce large quantities of brass products in a relatively short time, meeting the high - demand production requirements of the industry.
3. Cost - effective: By reducing the number of processing steps and minimizing waste, the brass continuous casting machine can help to lower the production cost. The continuous nature of the process also reduces the energy consumption per unit of product.

In conclusion, the brass continuous casting machine is an essential tool in the brass manufacturing industry. Its advanced design, efficient working principle, and numerous advantages make it a popular choice for producing high - quality brass products on a large scale.