To address the challenges of construction waste disposal, waste sorting and processing equipment has emerged. These devices utilize innovative processes and technologies to convert mixed construction waste into clean sand and gravel aggregates, brick sand, screened soil, scrap iron, lightweight materials, and other materials. They intelligently sort and process construction waste, achieving waste reduction, resource recovery, and harmless disposal.

Material conveying systems: These systems transport construction waste from collection points to the processing equipment entrance, ensuring a continuous process flow. Common examples include belt conveyors and screw conveyors.

Jaw crushers: These are primarily used for initial crushing of bulk materials. Cone crushers: These are used for medium to fine crushing and are suitable for hard materials. Impact crushers: These are suitable for crushing medium-hard materials such as stone and brick. Impact crushers: These crushers provide fine crushing, resulting in a more uniform particle size. Mobile crushing stations: These offer high flexibility and can be operated in various locations. They can incorporate one or more of the above crushers. 3. Screening System: Crushed materials are graded by particle size using vibrating screens. Common types include linear and circular vibrating screens. 4. Magnetic Separation System: Magnetic separation separates ferrous metals for recycling.

Wind Separation System: Air separation separates heavy and light materials using wind power. It is commonly used to separate lightweight materials such as wood chips and plastics.

Sorting System: Manual or intelligent sorting equipment is used to precisely separate valuable materials, such as recyclables.

Vibrating Feeder: Feeds materials into the crusher or screen in a uniform and quantitative manner.

Sorting Device: This includes robotic arms, photoelectric sorters, and other devices that automatically sort waste based on characteristics such as color and material.