How to optimize the display cardboard stand shelf structure design

In the design and manufacturing process of cardboard display racks, it is crucial to choose the right cardboard type and specifications. Different types of cardboard exhibit different physical properties. For the needs of display racks, high-strength and high-toughness cardboard materials such as kraft paper, bamboo pulp paper or high-strength corrugated cardboard are given priority. These materials can not only withstand greater pressure, but also have good anti-deformation ability, thereby significantly improving the load-bearing performance of the display rack. At the same time, according to the specific weight and volume of the displayed goods, the thickness and gram weight of the cardboard should be reasonably selected to ensure that it has sufficient strength and stability.

When designing cardboard structural elements, a reasonable design strategy is the key to improving the overall performance of the display rack. Reinforcement ribs can be added to the side or bottom of the cardboard display rack, which can effectively improve the overall compressive strength and stability. The design of the reinforcement ribs must take into account the improvement of load-bearing capacity and the control of weight and cost, ensuring that the structural strength of the display rack is enhanced without adding too much burden.

Optimizing the corrugated structure of corrugated cardboard is also an important measure to improve the compressive performance. By adjusting the shape, height and spacing of the corrugations, the compressive strength of the corrugated cardboard can be further enhanced, thereby improving the load-bearing capacity of the display rack. For display racks that need to bear a large weight, the use of multi-layer cardboard structural design is an effective solution. The multi-layer structure can not only disperse the pressure, but also enhance the overall load-bearing capacity and stability, while improving the thickness and rigidity of the display rack and enhancing its anti-deformation ability.

Accurate cutting and folding processes play a key role in the structural stability of cardboard display racks. During the cutting process, it is necessary to ensure that the edges of the cardboard are flat and burr-free to avoid stress concentration and potential breakage during assembly. During the folding process, professional folding equipment and processes should be used to ensure the accuracy and flatness of the folding line, thereby improving the overall structural stability and load-bearing capacity of the display rack.

As the weak link in the structure of the cardboard display rack, the stability of the joint cannot be ignored. The structural stability of the joint should be strengthened, and fixing methods such as adhesives, rivets or screws should be used to ensure the firm connection of the cardboard parts. In addition, adding support structures such as reinforcing sheets or support rods to the joints can further improve the stability and load-bearing capacity of the joints.

Considering the use of composite materials is also an effective way to improve the load-bearing capacity and durability of cardboard display racks. By attaching high-strength plastic film or metal foil on the surface of the cardboard, the tearing strength and wear resistance of the cardboard can be significantly improved. In addition, the overall stability and load-bearing capacity of the display stand can be further enhanced by combining cardboard with structural materials such as wood and metal.