In order to ensure the normal operation of the double-shaft shredder and prevent accidents, it needs to be maintained regularly.

Aluminum-plastic separator refers to the equipment that completely separates aluminum-plastic composite materials into aluminum and plastic.

The dry-type copper wire crushing and separating machine is mainly used for processing waste wires, including household waste wires collected from waste recycling stations, engineering waste cables, car dismantling wires, and other wires and cables, and then separates and extracts the copper core or aluminum core.

The aluminum-plastic separating line can get pure aluminum and plastic from aluminum-plastic panels and the mixture of metal and plastic such as tablet packaging materials, aluminum-plastic pipes, waste cables, circuit boards, etc.

Waste copper and aluminum radiators (copper-aluminum water tank) crushing and sorting line mainly adopts dry physical separation, and finally separates copper, aluminum and iron through the method of shredding-crushing-separation.

Industrial waste double shaft shredders can be used to crush solid waste, including paper mill rope, decoration garbage, etc. Dual-shaft shredders can process more than 100 tons of various industrial wastes per day.

Single-shaft shredder is a common type of mechanical shredder designed to shred a variety of materials, including products made of thin soft metals, plastics, etc.

The dismantled scrapped car shells enter the metal crusher for crushing, and after crushing, plastic, iron, non-ferrous (such as copper, aluminum), sponge and dust can be sorted out, each of which can be recycled and reused.

FRP pipes, containers and other products take up a lot of space and the cost of direct transportation is too high, it is necessary to shred or crush these products before sending them to the disposal center.

After the domestic waste is processed, the wood, metal, muck and other debris are usually sorted out, and then the remaining plastic, foam, cloth and other combustibles with high calorific value are uniformly processed into RDF particles.