Current problems with blister packaging

Difficult to Recycle: Traditional plastic blister packaging is challenging to recycle because they are made from a number of different materials, such as aluminum foil backing, which is required for their specific “push through” mechanical properties. This means that once they are disposed of in regular trash cans, they often end up in landfills or incinerators, causing contamination.

Limited sustainability: The production of plastic materials relies on fossil fuels and creates a large carbon footprint. This not only consumes non-renewable resources but also results in greenhouse gas emissions.

Lack of biodegradability/compostability: Plastic packaging materials are not biodegradable. This means they can persist in the environment for hundreds of years, causing harm to wildlife and ecosystems.

Materials and processes used by our company

Biodegradable materials: Traditional blister packaging consists of plastic, a non-biodegradable material that is a major cause of environmental pollution and waste. Sustainable blister packaging can solve this problem well. Our company's packaging is made of Pva material, which is water-decomposable and biodegradable. These materials greatly reduce environmental impact and break down easily in the natural environment.

Minimize plastic content: Sustainable blister packaging uses no plastic in the manufacturing process. Special processes are used to make the material lightweight while still keeping the integrity and protection of the product intact. This eliminates waste and minimizes the carbon footprint, which degrades the environment to a great extent.

Reasons for choosing PVA plastic-free, environmentally friendly and lightweight blister packaging:

Cost savings: Using environmentally friendly degradable material Pva and physical foaming process, the entire production process from raw materials, production to finished products is pollution-free, environmentally friendly, green, and low-carbon. The production cycle is short, the product is lightweight, and transportation and logistics costs are reduced.

Effectively protect items: Sheets foamed using environmentally friendly degradable material Pva have good barrier properties, high product strength, good cushioning effect, and are not affected by bumps, extrusions and other factors on the road. They have good hygroscopicity and can effectively protect high-precision products. Electrical and electronic components.

Wide range of application scenarios: valuables such as cosmetics and accessories, drinks, toys, medicines, food, electronic components, fresh fruit trays and lunch boxes, and other daily use scenarios for the public.