Machine for Recycling Aluminium from Medical Blister Packs
As blister packs are mostly made of a composite of aluminum foil and plastic materials, the recycling process is more challenging. In particular, the difficulty in separating the aluminum-plastic composite material has led to the problem of disposing of many discarded packages. To solve this challenge, SUNY GROUP developed the Aluminium-Plastic Separator, which separates aluminum and plastic from medical blister packs using highly efficient mechanical separation technology, greatly facilitating the recycling of resources.
Machine for Recycling Aluminium from Medical Blister Packs
Working principle of aluminium-plastic separator
The working principle of the aluminium-plastic separator can be summarised in four basic stages: crushing, grinding, separation, and collection. Firstly, medical blister packs are initially crushed through a crusher. The purpose of the Crusher is to break the waste blister packs into smaller particles, reducing the volume of material in subsequent processing and creating the conditions for aluminum-plastic separation. The crushed material then enters the Grinding System, where the material is further refined, improving the separation of aluminum and plastic. The finer material is easier to separate effectively in the subsequent separation process, ensuring efficient recycling.
Next, the aluminum-plastic separator carries out the critical separation of aluminum and plastic using a Separation System. Common separation techniques include Electrostatic Separation and Vibrating Screening. Electrostatic Separation uses charge differences to separate charged aluminum particles from plastic particles while Vibrating Screening further screens different materials through a vibrating screen mesh based on the size and weight differences of the particles. The combination of these two methods allows for efficient separation of aluminum and plastic and increased recycling rates.
Advantages of aluminium-plastic separators
First of all, the aluminium-plastic separator has a high recycling rate that can reaching over 99%, which means that the vast majority of aluminum and plastic can be recycled effectively. This efficient recycling effect not only reduces the impact of waste on the environment but also reduces the pollution caused by landfills and incineration. Secondly, the aluminum-plastic separator does not require the use of any chemical solvents during the working process, which makes the whole recycling process more environmentally friendly and eliminates the need to worry about the potential harm to the environment caused by chemical residues.
Meanwhile, in terms of economic benefits, aluminum, as a renewable metal, has a very high recycling value. The aluminum powder recovered through the Aluminium-Plastic Separator can be used again to produce new aluminum products, greatly reducing the dependence on virgin aluminum ore resources.
The aluminum-plastic separator plays a vital role in the recycling of medical blister packs. Not only does it efficiently separate aluminum from plastic to increase the recycling rate, but it also ensures that the recycling process is environmentally friendly by being pollution-free and free of chemical solvents. Whether it is in improving the efficiency of resource recovery or reducing production costs, aluminum-plastic separators have demonstrated great potential and become an indispensable and important piece of equipment in the modern recycling industry. If you have the need or interest, please feel free to contact us for inquiry.
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