Journal of Chemistry and Chemical Research

As a new type of environmentally friendly material, bio-based degradable polymer materials have become an important direction for solving plastic pollution and promoting the recycling of resources. The synthesis process and performance regulation of such materials are the key to improving their application performance. This paper mainly discusses the synthesis methods of bio-based degradable polymer materials, including polymerization reactions, copolymerization, and modification technologies. It focuses on analyzing the influence of different synthesis processes on the properties of the materials, such as degradation rate, mechanical properties, and thermal stability. By adjusting the synthesis conditions, the degradability and mechanical properties of the materials can be optimized, thereby expanding their application prospects in the fields of packaging, agriculture, and medicine. This paper also reviews the challenges in the current research on bio-based degradable polymer materials and proposes future development directions.

Bio-based materials; Degradable polymers; Synthesis process; Performance regulation; Polymerization technology