Equipment for Aluminium Foil and Plastic Separation
With the widespread use of pharmaceutical packaging, food outer packaging, and various composite film materials today, the demand for recycling waste aluminum-plastic materials has become increasingly urgent. To accurately separate aluminum and plastic from mixed materials, specialized equipment is essential. SUNY GROUP's aluminum-plastic separation recycling equipment employs a multi-stage process to transform complex waste into reusable metal and plastic pellets.
From Crushing to Electrostatic Separation: Achieving 98% Efficiency
The challenge with aluminum-plastic composites lies in the tight bonding between aluminum foil and plastics like PVC or PET, making complete separation difficult with traditional methods. Advanced aluminum-plastic separation equipment resolves this issue through a continuous process.
Equipment for Aluminium Foil and Plastic Separation
First, the equipment coarsely crushes blister packs, aluminum-plastic films, and aluminum foil composite rolls, reducing large pieces to a size suitable for grinding. During the pulverization and grinding stages, the material is further refined into uniform particles, creating ideal conditions for electrostatic separation. Next, the core process—the electrostatic separation system—precisely controls the differences in surface electrical properties between materials to rapidly separate aluminum powder from plastic powder, achieving a separation purity exceeding 98%. The resulting aluminum particles are highly clean and suitable for remelting and reuse, while the plastic powder can also enter reprocessing.
The entire system operates in a closed-loop configuration, generating no wastewater or secondary pollution. It complies with environmental standards and is suitable for pharmaceutical packaging plants, resource recovery enterprises, and large-scale aluminum-plastic processing facilities.
Adapting to Diverse Recycling Scenarios
Recycling enterprises vary in raw material form, processing volume, and operational context. Consequently, the equipment design incorporates high flexibility. Whether handling substantial pharmaceutical blister pack waste in pharmaceutical factories or specializing in packaging recycling, output capacity, crushing levels, and separation modules can be customized to meet specific requirements.
The equipment features a compact structure with minimal footprint and an intuitive control panel, enabling ordinary workers to operate it after basic training. Its high output and low energy consumption help businesses reduce labor and operational costs, enhance recycling efficiency, and shorten the investment return cycle.
If you need, contact us today to get your recycling solution!
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