With the continuous development of the ban on plastic, the environmental unfriendliness of plastic packaging has gradually surfaced, and the various inconveniences in the packaging process have also sparked discussions about the practical application of plastic packaging. These emerging issues are gradually revealing the limitations of plastic packaging in terms of environmental protection and practicability.

Therefore, many companies are exploring and seeking a brand-new packaging solution to better meet market demands. Currently, there are two types of paper-based cushion packaging materials inspired by nature's honeycomb structure: honeycomb paper and honeycomb paper sleeves.

Although "honeycomb paper sleeve" and "honeycomb paper" differ by only one word, there are significant differences in their structure, packaging convenience, and cushioning effect.

Structural Difference: The Leap from 2D to 3D

When observing the honeycomb paper sleeve and honeycomb paper carefully, the first noticeable difference is their structural design. The honeycomb paper sleeve adopts a 3D structural design, which gives it more flexibility and adaptability. In contrast, the honeycomb paper is based on a 2D planar structural design. While it has its unique advantages, it may be slightly insufficient in certain application scenarios.

This structural difference allows the honeycomb paper sleeve to provide tight fit and excellent support, ensuring that items are not damaged during transportation.

Packaging Convenience: The honeycomb paper sleeve takes the lead

In addition to structural differences, the honeycomb paper sleeve also demonstrates significant advantages in terms of packaging convenience. Due to its 3D structural design, the honeycomb paper sleeve can easily wrap around items without the need for additional securing measures.

Cushioning Effect: The Exceptional Performance of the Honeycomb Paper Sleeve

In terms of protecting items from impact and damage, the honeycomb paper sleeve also exhibits superior performance. Its 3D structural design allows it to effectively disperse force when the item