The stacking performance of corrugated packaging box is crucial for the storage, transportation and sales of products. Here are some ways to optimize the stacking performance of corrugated packaging box.
First, start with material selection. The key is to choose high-quality corrugated cardboard. Different grades of corrugated cardboard have different strengths and performances. For example, choosing cardboard with a higher gram weight and a suitable flute type can improve the overall strength of the box. For products that need to withstand greater stacking pressure, consider using double-corrugated or even triple-corrugated cardboard. At the same time, ensure that the moisture content of the cardboard is moderate. Too high or too low moisture content will affect the strength and stability of the cardboard.
Secondly, optimize the structural design. A reasonable packaging box structure can effectively improve the stacking performance. Increasing the edge pressure strength of the packaging box can be achieved by designing reinforcing ribs and adopting suitable box types. For example, a packaging box with a self-locking bottom structure can better disperse pressure and improve stability when stacking. In addition, it is also important to design a suitable size ratio to avoid packaging boxes that are too high or too wide, so as not to easily tip over when stacking.
Furthermore, printing and surface treatment will also affect the stacking performance. Choose the right printing method and ink to avoid the reduction of cardboard strength due to the printing process. Some environmentally friendly water-based inks have little effect on the strength of cardboard while ensuring printing quality. At the same time, avoid excessive lamination and other treatments on the surface of the packaging box to avoid affecting the air permeability and hygroscopicity of the cardboard, thereby affecting the stacking performance.
In addition, the placement of products in the package also needs to be considered. Reasonably arrange the position and direction of the products so that the weight is evenly distributed in the packaging box to avoid excessive local pressure. For some products with irregular shapes, cushioning materials can be used for filling and fixing to improve the overall stability of the packaging box.
Finally, during storage and transportation, pay attention to the influence of environmental factors. Avoid placing packaging boxes in humid, high-temperature or corrosive environments to avoid affecting the performance of the cardboard. When stacking, ensure that the stacking height and method meet safety requirements to avoid excessive stacking that causes deformation or damage to the bottom packaging box.
In short, through the rational selection of materials, optimization of structural design, attention to printing and surface treatment, reasonable placement of products, and control of storage and transportation environments, the stacking performance of the Corrugated packaging box can be effectively improved to ensure the safety of products in all links.
