目的 开发一种用于机电产品包装的新型重型纸质包装， 以代替目前的木质包装箱。方法 在对现有重型纸质包装研究分析的基础上， 评估蜂窝纸板及各种瓦楞纸板的优劣势。采用A瓦楞/蜂窝/B 瓦楞复合纸板， 利用该复合纸板设计一种新型重型纸质包装， 并利用 SolidWorks 软件对 2 种箱板结合形式的重型纸质包装进行静载力学对比分析。结果 该新型箱板结合形式能够改善箱体的应力分布状况。结论 该新型重型纸质包装节约储运空间， 易于成形， 在一定程度上改善了箱体应力分布， 是一种理想的代木包装结构形式。

To invent a new type of heavy paper packaging for mechanical and electrical products to replace the current wooden boxes. On the basis of research and analysis about the existing heavy paper packaging, advantages and disadvantages of honeycomb cardboard and various corrugated cardboard materials were evaluated, and the corrugated A/cellular/B complex corrugated cardboard was selected. Then a new type of heavy paper packaging was designed using this composite cardboard. In addition, the static loading capabilities of two forms of heavy paper packaging were compared by Solid Works Software. The results showed that the new heavy paper packaging could improve the stress distribution of the packaging box. The new heavy paper packaging could save storage and transportation costs, was easy to form, and improved the stress distribution of the box to some extent. It was therefore an ideal replacement of wood packaging structure.