How to improve the load-bearing capacity of display cardboard stand shelf

The choice of cardboard material is crucial in improving load-bearing capacity. Cardboard display racks mainly use corrugated cardboard, which is the core of enhancing load-bearing capacity due to its light weight and high strength. When choosing corrugated cardboard, the type and specifications of the cardboard must be reasonably determined according to the weight and volume of the displayed goods. For example, for heavier goods, it is recommended to use multi-layer corrugated cardboard to improve its compressive resistance. At the same time, the gram weight of the cardboard is also an important factor affecting the load-bearing capacity. Higher gram weight cardboard can more effectively bear the weight of the goods, thereby reducing the risk of deformation and breakage.

When designing cardboard display racks, structural design optimization is a key link in improving load-bearing capacity. The stability and rationality of the structure should be emphasized during the design process. Ensuring the stability of the bottom structure of the display rack is the top priority, and the overall stability can be improved by increasing the support points or expanding the bottom area. In terms of product placement, it is recommended to adopt a staggered placement method to reduce the concentrated pressure on a specific part. In addition, for layered or hooked cardboard display racks, the structure and size design of the tray and hook should be reasonable to ensure that they can stably support the goods and effectively disperse the load. In the structural design, precise cutting and folding techniques should also be considered to ensure that the dimensions of each component of the display stand are accurate and the structure is stable, thereby improving the overall load-bearing capacity.

In the process of improving the load-bearing capacity, reinforcement measures are also an indispensable and effective means. In the key parts of the cardboard display stand, such as joints and support points, adhesives, rivets and other fixing methods can be used to strengthen the connection between components and improve the overall stability. At the same time, adding supporting materials, such as wooden poles or plastic pipes, to the key parts of the display stand can also enhance its supporting capacity. The selection of these supporting materials should be reasonably matched based on the characteristics of the displayed goods and the display environment, ensuring both the improvement of the load-bearing capacity and the lightness and beauty of the display stand.

In addition, use and maintenance are also important links in improving the load-bearing capacity. During use, overloading should be avoided to avoid exceeding the load-bearing capacity of the cardboard display stand and causing damage. Regular inspection and maintenance of the display stand, such as repairing damaged parts and reinforcing the supporting structure, can ensure that it can bear the weight of the goods stably for a long time. During storage and transportation, it is also necessary to avoid squeezing and moisture to keep the cardboard display stand in good condition.