With the same specifications of packing box as the research object, the work aims to solve the optimization scheme for packing group support stacking rules. Based on H2DPP model, a nonlinear programming model was built by heuristic algorithm. The optimal number of pieces and each decision variable values were solved by Lingo software. In the case of a certain size of the tray, the larger the size of the packing box, the smaller the value of the objective function. The number of iterations was much smaller than the others when the length and width of the pallet and the length and width of the packing box both formed a ratio of integers. The nonlinear programming model is solved by Lingo software. With use time no more than 0.05 s, this scheme more efficiently and accurately solves problems with group support of packing box in circulation process and realizes the optimization of the group support method.