In the feed machinery processing production process, the crushing process is a crucial step. Currently, based on the number of times the raw material is crushed, it can mainly be divided into single crushing and double crushing processes. The single crushing process is simple and requires less equipment investment, but its drawback is that the treatment result of the crushed material may result in uneven particle size and higher electricity consumption.

Another crushing processing technology effectively addresses this shortcoming. With this method, the finished products from feed machinery processing have consistent particle size, high yield, and lower energy consumption, although the equipment investment is substantial. Therefore, most feed factories currently use a single crushing process. In compound feed, granulated materials typically account for 60%-70% of the composition. When selecting a crushing machine, it is generally recommended to choose one with a production capacity exceeding the factory's needs, with the surplus time allocated for maintenance and replacement of wear parts.

In the feed machinery processing and production process, the crushing technique is a crucial step. Currently, based on the number of crushing times for raw materials, it can mainly be categorized into single-pass crushing and double-pass crushing processes. The single-pass crushing process is simple and requires less equipment investment, but its drawback lies in the potential for uneven particle sizes and higher electrical consumption in the treatment of the crushed material.

Another type of crushing processing technology can effectively make up for this shortcoming. By using this method, the finished products of feed machinery processing have consistent particle size, high yield, and low energy consumption, but the equipment investment is substantial. Therefore, most feed factories currently adopt the single-crushing process. In compounded feed, the granulated material typically accounts for 60%-70% of the total. When selecting a crusher, it is generally preferred to choose one with a production capacity exceeding the factory's needs, with the extra time allocated for maintenance and replacement of wearing parts.