What are the characteristics of paper holders?

Compared with expanded polystyrene (EPS) products, eco-friendly paper trays have the following characteristics:

 1. The raw material for paper pallets is waste paper, which is easy to recycle and will not cause environmental pollution, facilitating the export of manufacturers' products. The raw material for EPS is a petroleum by-product, which is difficult to degrade and has low recycling value, causing severe "white pollution" to the environment.

 2. Eco-friendly paper trays are widely applicable. With the advancement of paper molding technology, medium and small-sized industrial products that currently use foam as an inner lining for packaging can now be replaced with paper trays.

 3. Paper trays can be stacked and stored, reducing storage space by 1/2 to 2/5 compared to EPS products, which can significantly lower transportation and warehousing costs.

 4. Anti-static: EPS tends to generate static electricity easily through friction, whereas paper trays are less prone to generating static electricity. This provides better protection for electronic and household appliances, especially electronic components.

 5. Preservation function: Foods (such as fruits) release moisture during storage. When packaged in plastic products, the moisture cannot evaporate, which can easily lead to mold and decay of the food. However, paper products have excellent breathability, allowing the moisture to evaporate, thus achieving a preservation effect.

 6. Shockproof function: The shockproof and impact-resistant function of the paper tray is the same as that of EPS products.

Second, what is the thickness and load capacity of a typical paper tray

 1. The thickness of paper-supported products generally ranges from 0.5mm to 5mm, with most products maintaining a thickness of around 1.0-2.5mm;

 2. The maximum static load capacity of paper mold packaging products can reach 1500 kilograms. For products weighing less than 50 kilograms, lining packaging is the best choice;

The paper mold material primarily relies on the reinforcement rib planning and the buffer cavity it forms. The planning of pulp molding reinforcement ribs plays a crucial role in the elastic deformation, or cushioning ability, of paper mold packaging products. The fundamental basis for reinforcement rib planning is the shape of the product itself and its shockproof requirements.