What is garbage sorting? In fact, sorting is something that everyone does consciously or unconsciously every day. For example, if we buy a box of strawberries, we will visually check if there are any bad ones in the box. If we feel that any of them are bad, we may pinch them with our hands. Once we confirm that they are bad, the next step is to pick them up and throw them into the trash can. When the remaining box of strawberries is intact, we will proceed to the next step of cleaning. This entire process is a very classic garbage sorting process, or rather an orderly classification process. Garbage sorting is for better processing, such as throwing away the bad and eating the good. Therefore, in this example, the added value of garbage sorting is to provide us with a better tasting experience.

1. Wind sorting: The basic principle is that the airflow carries lighter materials upwards or horizontally towards farther places, while heavy materials settle due to the inability of the rising airflow to support them, or are thrown out at a closer distance in the horizontal direction due to inertia. The wind sorting process is based on the settling law of various solid particles in the air. Fengxuan mainly recycles recyclable materials such as paper and plastic.

2. Magnetic Separation: Mainly used for the classification of mineral resources, the working principle of magnetic separation is that after other materials are fed into the separation space of the magnetic separator, they are subjected to the combined action of magnetic force and other mechanical forces (such as gravity, centrifugal force, friction force, medium resistance, etc.).

3. 3D sorting: a conveying equipment designed with separation function for sorting inorganic particles in garbage after rough crushing. This machine utilizes the characteristics of crushed garbage materials, and the conveyor belt is designed with a bouncing function to separate inorganic particles or other hard particles while conveying the material on one side. The separated particles move in the opposite direction to the conveyed material, thus achieving the purpose of garbage sorting. 3D sorting mainly involves selecting components such as batteries, ceramics, and bricks.

4. Density sorting: mainly sorting based on the density of objects, classifying garbage with different density values.