With the continuous improvement of global environmental awareness, environmentally friendly packaging materials will usher in a broader development prospect. Biodegradable air bubble is an innovative environmentally friendly packaging material that combines the traditional structural characteristics with the environmental advantages of biodegradable materials, bringing changes to the cushioning packaging industry.
Why is it biodegradable?
Biodegradable air bubble is made of PBAT environmentally friendly materials as the main raw material. This film has good cushioning performance, high barrier air tightness, green and environmentally friendly characteristics, and can be completely degraded into water and carbon dioxide within one year of composting, without causing long-term pollution to the environment.
Green and degradable
The core advantage of biodegradable air bubble is that it can retain the traditional bubble wrap’s own pressure resistance, cushioning and other characteristics while being completely decomposed by microorganisms in the degradation environment, and finally converted into water and carbon dioxide, leaving no difficult-to-degrade residues. This feature greatly reduces the long-term pollution pressure of traditional plastic packaging materials on the environment, and meets the urgent global demand for reducing plastic waste and protecting the ecological environment.
Excellent cushioning performance
Although biodegradable air bubble pays attention to environmental protection, its physical properties are not inferior to traditional packaging materials. Its high barrier property can effectively protect the goods. Biodegradable air bubbles inherit the advantages of good flexibility and tensile strength, and can effectively resist external impact and protect the items in the package from damage.
Wide range of applications
It has a wide range of applications in logistics packaging, food packaging, pharmaceutical packaging, electronic product packaging, cosmetic packaging, etc. Biodegradable air bubbles are used in various fields as cushioning packaging materials. They can be flexibly customized to fit the size, provide good shockproof and cushioning effects for protecting items, and reduce damage caused by vibration and impact during transportation.
In the future, with the continuous advancement of technology and further reduction of costs, biodegradable air bubbles are expected to be applied and promoted in more fields. The use of biodegradable air bubbles can reduce dependence on traditional petroleum-based plastics, reduce carbon emissions, and contribute to the green future of the earth.
