Honeycomb packing paper

The honeycomb structure of honeycomb paper can effectively prevent earthquakes mainly because its special geometric shape and structural design bring the following advantages:

Disperse impact force: The small cells in the honeycomb structure created by stretching can effectively disperse the impact force to the surrounding cells, thereby mitigating the impact of the impact on a single cell. This dispersion can reduce the degree of vibration transmitted to internal objects and reduce the damage of vibration to items.

 
Absorbing Impact Energy: The honeycomb structure consists of a series of continuous hexagonal cells, a geometry that effectively absorbs impact energy. When an external impact acts on the honeycomb paper, the honeycomb structure will deform due to its elasticity, thereby absorbing and converting part of the energy into deformation energy, reducing the impact of external impact on the internal items.

 
Increase the surface area of the object: The special shape of the honeycomb structure gives it a larger surface area, thereby increasing the contact area with the external environment. In this way, under the action of external impact, the honeycomb paper can better disperse the impact force, thereby reducing the impact of the impact on the internal items.

 
Based on the above points, honeycomb paper with honeycomb structure has excellent shock-proof performance, which can effectively reduce the impact of vibration on internal items and protect items from damage. Therefore, honeycomb paper is often widely used in packaging, transportation and other fields that require shock protection.