基于传统的纸浆模塑制品结构在运输中的性能瓶颈，尝试了把棋盘式结构形式应用于纸浆模塑制品结构中。主要通过应用计算机模拟和实验验证，研究了棋盘式纸浆模塑制品结构的优越承载性能和抗振性能。研究发现，棋盘式结构在所用材料量较传统结构减少的情况下，承载能力提升5倍以上，承载能力可达到150 kg，并且具有优越的低频抗振性能。

Chessboard structure was tried to apply to molded pulp products to solve the bottleneck situation of conventional molded pulp configuration. The superior performance of chessboard structure of molded pulp product was studied through computer simulation and experimental verification. It was founded that the materials required for chessboard structure are less than the traditional one; the carrying capacity is 5 times more than the traditional one, up to 150 kg; moreover, it has the excellent low-frequency vibration resistance.