Broken bridge aluminum recycling, crushing and sorting production line

The broken bridge aluminum recycling, crushing and sorting production line is a specialized production line for processing broken bridge aluminum materials, and its workflow usually includes the crushing, sorting and subsequent processing of broken bridge aluminum. The broken bridge aluminum recycling, crushing and sorting production line mainly consists of the following equipment: 1. Feeding machine: used to feed the broken bridge aluminum material to be processed into the crusher. 2. Crusher: The broken bridge aluminum material is crushed into small pieces or particles by circulating the hammer head, swinging the hammer, and rubbing it. This is the core equipment of the entire production line, and its performance directly affects the subsequent sorting effect and recycling efficiency. 3. Magnetic separation equipment: uses magnetic force to separate the iron components in the crushed material to improve the purity of aluminum. 4. Dust removal equipment: used to collect and process dust generated during the crushing process, protecting the environment and the health of workers. 5. Sorting equipment: Through vibration screening, airflow sorting, and other methods, the crushed material is further subdivided to separate other components such as aluminum and plastic. 5. Discharge machine: Send out the sorted materials separately for subsequent processing and utilization.

The working principle of the broken bridge aluminum recycling, crushing and sorting production line is as follows: 1. Crushing stage: The broken bridge aluminum material is fed into the crusher through the feeding machine, and the crusher crushes the broken bridge aluminum into small pieces or particles through the high-speed rotation of the hammer head and the rubbing action of the swinging hammer. 2. Magnetic separation stage: The crushed material is subjected to magnetic separation equipment, and the iron components are magnetically adsorbed and separated to improve the purity of aluminum. 3. Dust removal stage: The dust generated during the crushing process is collected and processed by dust removal equipment to prevent environmental pollution caused by dust. 4. Sorting stage: The material that has undergone magnetic separation enters the sorting equipment and is separated from other components such as aluminum and plastic through vibration screening, airflow sorting, and other methods. 5. Discharge stage: The sorted materials are sent out separately through the discharge machine for subsequent processing and utilization.