Is The Waste Aluminum-Plastic Blister Packs Worth Recycling?

Is the waste aluminum plastic blister packs worth recycling? The answer is absolutely yes!

Waste aluminum-plastic blister packs are a type of hazardous waste, if not treated,  it will cause harm to the environment. And the main materials of waste aluminum-plastic blister packs are aluminum and plastic. They are recyclable and have high reuse value.

First of all, from the perspective of materials, waste aluminum-plastic blister packs are made of aluminum foil and plastic (the aluminum content of single-layer pharmaceutical panels is about 20%, and the aluminum content of double-layer pharmaceutical panels is about 65%-70%), and the recycling value of aluminum is very high. The aluminum in the waste aluminum-plastic blister packs can be recycled and reused to reduce resource waste. At the same time, recycling and utilizing the aluminum in waste aluminum-plastic blister packs can also reduce the pressure on the exploitation of natural resources and protect the natural environment.

Secondly, from the perspective of recycling, waste aluminum-plastic blister packs can be recycled and reused. Using the aluminum-plastic recycling machine, the aluminum and plastic in the waste aluminum-plastic blister packs can be separated through crushing, grinding, screening, sorting, and then reused. Among them, aluminum can be processed into aluminum ingots or bubble bricks, fireworks and other aluminum-plastic products, while the plastic part can be processed into recycled plastic particles for the manufacture of new plastic products. This recycling and reuse method can not only save energy and resources and reduce production costs, but also directly sell aluminum and plastic and their products to increase economic profits.

In summary, waste aluminum-plastic blister packs can be recycled and reused and have high added value. By using aluminum-plastic recycling machine to obtain the aluminum and plastic inside, we can reuse them, which not only reduces resource waste and environmental pollution, but also reduces production costs and improves economic benefits.