Aluminum-plastic waste recycling process
With the rapid development of the industrial era, more and more aluminum-plastic products have been widely used in various fields of people's lives (such as food factories, cigarette factories, pharmaceutical factories, modern decorative materials, chemical and other industries product packaging), While bringing convenience to people, it also brings many disadvantages. The harmless and efficient recycling of solid waste resources such as waste tablet boards, waste toothpaste skins, waste beverage caps, waste aluminum-plastic products and other non-metallic resources has also been paid more attention by more people, and has important social significance and economic benefits.
Aluminum-plastic separation and recycling equipment can also be called aluminum-plastic separator, medicine board aluminum-plastic separator, aluminum-plastic board aluminum-plastic separator, cable skin aluminum-plastic separator, Wahaha bottle cap aluminum-plastic separator, aluminum-plastic can aluminum-plastic separator machine, electrostatic aluminum-plastic separator, flexible packaging universal aluminum-plastic separator, circuit board aluminum-plastic separator, etc. The equipment adopts dry physical separation technology. First, the waste aluminum-plastic products are recycled, and then the material is directly fed manually, and the material is dry-crushed by the crusher in the aluminum-plastic separator, and then undergoes secondary crushing, tertiary fine crushing, Electrostatic separation and other processes complete the dissociation of aluminum powder and plastic. The pulverized material forms a mixture of aluminum-plastic powder and enters the specific gravity separator to extract most of the aluminum powder. After high-voltage electrostatic separation equipment, the separated metal The purity is as high as 99% or more, and a high recovery rate can be achieved.
The aluminum-plastic separation and recycling equipment separates aluminum and plastics well, which ensures the recycling of metal resources and realizes a sustainable development path. At present, many investors are investing more and more in this industry, which is also a good investment hotspot and determines its future development prospects.
Cai Le board technology is to directly pulverize Tetra Pak bags, heat-pressed to make Cai Le board, and further processed into fruit peel boxes and other products; plastic wood technology is to crush and extrude Tetra Pak bags to produce horticultural products. Facilities, industrial pallets, furniture and other plastic-wood products; the hydraulic regeneration pulp technology is to first separate the pulp in the Tetra Pak bag, and then use it for papermaking, and the remaining aluminum-plastic mixture is extruded into granules to directly produce aluminum-plastic products.
The traditional process does not separate aluminum and plastic, the reuse value is low, and the application field is relatively narrow, and the chemical recycling method will cause aluminum to react, and the separation process will cause environmental pollution. Therefore, the pure physical method recycles aluminum plastic The technology has attracted the attention of the industry.
Through the hydraulic disperser, the screened and separated pulp can be directly used for high-value utilization of cellulose. The remaining aluminum-plastic mixture is crushed, pulverized, and sorted to obtain plastic particles and aluminum particles with higher purity, which can be directly applied to aluminum processing and plastic recycling manufacturers.
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