In this study, the recipe design, coupling technology, compounding technology and injection molding integration is the know-how of this project, which can lead to the food containers of high temperature-resistance and imitation ceramic luster.

研究內配合政府之食品器具容器包裝衛生標準法規，其中以PLA作為基材，搭配表面改質之奈米無機填料當作成核劑系統，經應用奈米無機填料達到加快結晶速度、細化晶粒結構之成核效果，再加上適當的奈米無機填料表面改性處理、相容化偶合處理，可進而提升相關特性，包括：耐熱性佳、仿陶瓷光澤外觀等性質，完成可耐溫之食品級奈米生質聚乳酸複合材料，用以取代現行通用之美耐皿製品，進而增加食用器具的安全性，並改善美耐皿製品耐用性差之缺點。

In this study, we can develop the food containers, which have the key targets of good food safety, high product durability and low manufacturing costs. Finally, we can obtain a significant superiority in recycling and reusing properties by replacing the conventional melamine products.