为解决铝锰铁合金生产过程中操作人员劳动强度大、生产效率低、工具消耗大的

In order to solve the problems of high labor intensity, low production efficiency, and large tool consumption in the production of aluminum-manganese-iron alloy, continuous alloy casting machines were fabricated and installed on the aluminum-manganese-iron alloy production line. During casting, the molten steel was hoisted and cast to the moving chain plate. On the side-by-side molds, the molten steel is crushed and demolded in the demolding area after condensing, and the crushed alloy falls into the collecting hopper, thus realizing continuous and efficient casting of aluminum-manganese-iron, improving labor efficiency, reducing labor intensity and production cost.

In order to solve the problem of large labor intensity, low production efficiency and large tool consumption of operators in the production process of aluminum manganese ferroalloy, the production line of aluminum manganese ferroalloy is made and installed alloy continuous casting machine, casting, lifting steel liquid cast to the side-by-side mold moving with the chain plate, steel liquid condensation is broken and unmodulated in the release area, and the broken alloy falls into the collection bucket, thus realizing the continuous and efficient casting of aluminum manganese iron, and improving labor efficiency.

In order to solve the problems of high labor intensity, low production efficiency and high tool consumption of operators in the production process of Al Mn Fe alloy, the continuous casting machine is made and installed in the production line of Al Mn Fe alloy. During casting, the liquid steel is lifted and cast on the side-by-side mould moving with the chain plate. After the liquid steel is condensed, it is broken and demoulded in the demoulding area, and the broken alloy falls into the collection hopper, so as to realize the continuous casting The continuous and efficient casting of Al Mn Fe is realized, the labor efficiency is improved, and the labor intensity and production cost are reduced.<br>