Abstract
Gasbag packaging is a novel cushioning packaging solution with advantages of low price and reusable practicality. Dynamic cushioning performance is one of the important properties to evaluate the gasbag packaging as buffer packaging material. In this work, the internal pressure change of the gasbags was studied theoretically in the dynamic process. Also, three kinds of cushioning packaging including honeycomb paperboard, EPS buffer material and gasbag packaging were experimentally investigated. By comparing the dynamic cushioning curves, the dynamic cushioning performance of three packaging solutions were analyzed. Hence, a new dynamic cushioning design method of gasbag packaging was proposed according to the above theoretical and experimental results.
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