Based on the shape, volume, specific gravity, and bounce height of the garbage during movement and collision, using wind, gravity, magnetic force, bounce, shape, velocity and other sorting technologies, metal, plastic lightweight materials, construction waste, humus soil, etc. are sorted and recycled to achieve resource classification.

Main functional features:

Small size, easy to install and transport: The integrated comprehensive specific gravity sorting machine, when assembled into a production line, has a line length of no more than 35 meters and occupies an area of no more than 600 square meters, which is 50% of the area occupied by conventional equipment. It is very easy to install and transport, greatly reducing installation and transportation costs and cycles.

Low power consumption, short assembly line, and minimal labor: The power consumption of the main equipment is less than 15 kilowatts, and after being configured into an assembly line, the power consumption is less than 90 kilowatts, which is 50% of the total power consumption of existing conventional equipment. Moreover, due to the reduction of assembly line links, the number of workers is also greatly reduced. The number of workers in a single team does not exceed 6, which is 50% of the current labor demand.

● High equipment integration and good stability: The main sorting equipment integrates technologies such as vibration classification, wind selection classification, and gravity bounce classification, which are highly integrated and adopt a simplified design with a large frame structure. The equipment has good stability and a much lower failure rate than current complex large-scale classification equipment.

The equipment parameters are adjustable and suitable for various types of garbage: the driving frequency, screening angle, fan frequency and other parameters of the integrated comprehensive density sorting machine can be adjusted to meet different garbage classification needs.

Higher screening accuracy: Due to the principle of specific gravity vibration separation, it can ensure that the light combustibles screened out do not contain heavy components such as bricks and stones, which has higher screening accuracy than traditional drum screening assembly lines