How is the stacking system of plastic folding crates designed?

The design of the stacking system of plastic folding turnover boxes is a key factor in ensuring that the boxes can be stacked stably in the warehouse or during transportation. Here are a few points to consider when designing a stacking system:

Stacking edge design: The stacking edge of plastic folding turnover boxes is the core part to ensure stable stacking of the boxes. Designers will use specific geometric shapes, such as chamfers or concave designs, to make the edges of the box fit tightly. This design reduces the sliding of boxes when stacked and increases stacking stability.

Internal grooves and bottom reinforcements: Design grooves on the inner bottom of the box so that the edges of the upper boxes can be embedded in them, increasing stability when stacked. In addition, the design of bottom ribs or ribs can increase the load-bearing capacity and make the boxes more stable when stacked.

Lid fit: If the container is equipped with a lid, the lid is usually designed to fit tightly around the edge of the box to ensure that the lid does not fall off when stacked. Some lids are designed to be foldable to reduce space usage when stacking while maintaining stacking stability.

Standardized size: The standardized size design allows different boxes to be stacked on top of each other, which not only improves storage efficiency, but also facilitates logistics handling and transportation. Standardized turnover boxes are easier to identify and operate by automated equipment, helping to improve the efficiency of the entire logistics system.

Anti-slip texture: Designing anti-slip texture or coating on the contact surface of the boxes can increase friction, reduce sliding, and improve stability when stacked. This design is particularly important to ensure the stability of the box during transportation.

Through these key designs, the stacking system of plastic folding turnover boxes can provide a stable, safe and efficient storage solution to meet the needs of modern logistics and warehousing.