Drop Simulation Analysis of Sanitary Ware Packages in Logistics Transportation

In view of the sudden increase in damages encountered in the logistics transportation, drop simulation analysis of sanitary ware packages was carried out in this study by using foam-in-place material as cushioning packaging. By comparing the drops in face, side and corner directions, the impact value, as well as the achieved maximum acceleration was calculated. The results were that the highest absorption takes place during the face drop. The absorbed energy of the cushion differed little from the reducing kinetic energy during the drop process; and the maximum acceleration values of the product in different drop forms were all lower than its inherent value of frailty, indicating that the foam-in-place packaging was fully capable of providing good protection for the product.