What is the manufacturing process and pouring method of steel wire cut shot

　　1. The production process of the wire cut shot

　　It is a abrasive used in the production line of the production line, the steel plate pre -processing line, the steel plate pre -processing line and the steel structure pre -processing line.

　　The production process of steel wire cut pills: It uses a selected raw material scrap steel, adds a good rare metal and alloy with a better proportion, and is melted through an electric furnace. It is transformed into steel pills through modern equipment. It is repeatedly heated and automatically selected. In the process of liquid metal formation steel pills, its chemical composition and particle size are strictly controlled to ensure that their mechanical properties meet various purposes.

　　In the production of steel wire cut pills, all links must be strictly controlled to ensure that the product has good application performance and long -term service life. In the process of producing steel wire pills, all links must be strictly controlled to ensure the quality of the product's factory.

　　Second, the method of pouring the wire cut shot

　　It will occur during the cooling process that does not experience thermal stress cracks. Since cracks have occurred before heat treatment, there is no effect during thermal treatment. Another important point is that the metal pouring machine is rotating. When designing, it considers factors such as large output, high efficiency, and low capital. Therefore, the casting and forging holes of the cast machine are all cone -shaped, and the demand is good.

　　The steel wire cut pill is cast by a metal casting machine. Because the size of the steel wire is small, the metal casting machine is a huge cold iron about the small cut pill. In other words, the cooling speed after steel water pour into the casting machine is very fast. The hardness has made great progress, but the high cooling speed has caused a great thermal stress, making the steel wire cut pills very high during the later use process, which can reach 30%. Even after the past stress heat treatment, the fundamental problem cannot be solved.