The main process of the production line includes mold preheating, vacuum mixing, pouring, curing and follow-up treatment. First, the mold is heated and insulated in the preheating zone to ensure that the mold temperature reaches the best state during pouring. Then, the static mixing vacuum pouring system is used to ensure the uniformity of the mixture and the accuracy of pouring.

In the vacuum casting process, the production line effectively removes bubbles and impurities in the casting material by creating a vacuum environment, improving the insulation performance and stability of the product. At the same time, the vacuum casting technology can also ensure that the material is fully penetrated into the winding of the iron core reactor, forming a dense insulation layer, and improving the electrical performance and service life of the product.

After the completion of pouring, the product enters the curing area for curing treatment, so that the pouring material is fully cured, and the mechanical properties and insulation properties of the product are further improved. Finally, through strict quality testing, to ensure that the product meets the relevant standards and customer requirements.

Iron core reactor vacuum casting production line has the characteristics of high automation and intelligence. The production line adopts advanced control system, which can monitor and adjust various parameters in real time, such as temperature, vacuum degree, pouring speed, etc., to ensure stable and reliable production process. At the same time, the production line is also equipped with automatic feeding, positioning and grasping devices, to achieve automatic loading and unloading and pouring process, improve production efficiency.

In addition, the production line also has flexible customization capabilities, which can be configured and adjusted according to the specific needs of customers to meet the production needs of different specifications and models of iron core reactors.

In short, the iron core reactor vacuum casting line is an efficient, automated and intelligent production equipment, which can significantly improve the production efficiency and quality of iron core reactors, reduce production costs and meet market demand. For reactor manufacturing enterprises, the use of this production line can enhance product competitiveness and achieve sustainable development.