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The 400 miscellaneous wire dry copper wire recycling machine adopts the specific gravity sorting method to realize the copper rice sorting

Pubdate: 2023-07-14

The 400 miscellaneous wire dry copper wire recycling machine is widely used to process miscellaneous wires such as waste cables, automobile wires, network cables, and household wires. High copper and plastic recycling rates are achieved through automated production.


Today, the range of applications of the 400 miscellaneous wire dry copper wire recycling machine continues to expand. It can quickly process waste wires and has a high-power copper rice sorting capability, which saves production costs and improves the treatment effect. This equipment greatly improves the fineness and value of the product.
The 400 miscellaneous line dry copper wire recycling machine production line includes crusher, vibrating screen, conveyor, induced draft fan, collector, bag filter, screw feeder and electrostatic separator. These devices are arranged sequentially on the ground. Through the process of mechanical crushing, belt conveying, magnetic iron removal, gravity separation and electrostatic separation, the production line process of waste wire recycling has been realized. The dust removal system effectively concentrates on the fibers and dust generated in the waste wires and cables, thereby effectively eliminating the impact of environmental pollution.
The 400 miscellaneous wire dry copper wire recycling machine is a kind of equipment for separating and recycling copper and plastic in various waste wires and cables, automobile wires, telephone wires, copper and aluminum wires, network cables and household wires. It has the characteristics of low energy consumption, no secondary pollution in the production process, and realizes the dual goals of energy saving, emission reduction and resource recovery. The equipment uses mechanical crushing method to crush waste wires and miscellaneous wires, and recovers copper and plastic in waste wires through specific gravity separation method and electrostatic separation method, which not only saves energy, but also has a high metal separation rate.