How Does an Aluminum Plastic Separation Plant Work?

Aluminum-plastic composite materials are widely used in packaging, electronics, and the medical industry. While these products are convenient in daily life, recycling them is a challenge because aluminum and plastic are tightly bonded together. An Aluminum Plastic Separation Plant provides an eco-friendly solution to separate and recover both materials with high efficiency.

The working principle of this plant is based on physical separation. First, the waste material enters a shredding and crushing system, where it is broken down into smaller particles. Then, through a grinding process, the aluminum-plastic mixture is further refined to ensure uniform size. Next comes the key step: air-flow and electrostatic separation. Using differences in density and conductivity, the system precisely separates aluminum from plastic without the need for chemical additives. Finally, a dust removal unit keeps the operation clean and safe, while an intelligent control panel allows operators to monitor the entire process with ease.

In terms of applications, an Aluminum Plastic Separation Plant is suitable for recycling medical blister packs, aluminum foil packaging, electronic circuit materials, and aluminum-plastic composite panels. The recovered aluminum can be smelted or reused in industrial manufacturing, while the separated plastic can be granulated and turned into new products. This not only maximizes resource utilization but also reduces environmental pollution and landfill waste.