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Research on the Performance of Cosmetics Packaging Materials under the Background of Green Transformation
Summary
Researchers systematically analyzed cosmetics packaging materials from three dimensions — material properties, production processes, and recycling pathways — in the context of the global green transformation push. The study identified performance optimization strategies for sustainable cosmetic packaging, highlighting trade-offs between sensory appeal and environmental responsibility.
With the acceleration of global green transformation, the cosmetics industry is facing an urgent need for sustainable upgrading of packaging materials. This study focuses on the performance optimization of cosmetic packaging materials, conducting a systematic analysis from three dimensions: material compatibility, harmful substance detection, and biodegradable material development. By constructing a multidimensional compatibility evaluation system, developing trace plasticizer detection technology, and exploring the preparation process of high-performance degradable materials, a comprehensive solution for green packaging materials is ultimately proposed. Experiments have shown that biodegradable materials based on polylactic acid (PLA) and nanocellulose composites have better mechanical strength and degradation efficiency than traditional plastics, and the new detection technology can achieve ppb level detection accuracy for phthalate plasticizers. This study provides theoretical support and technical pathways for the green transformation of cosmetic packaging.