Plastic handling boxes are lightweight, high-strength, non-toxic, non-polluting, waterproof, moisture-proof, resistant to acid and alkali corrosion, oil stains, and come in a variety of colors. They possess excellent environmental performance and secondary processing capabilities, and are a new type of environmentally friendly packaging material widely adopted by many advanced countries. Unlike most plastic packaging materials, which are typically single-use, plastic handling boxes are often recycled and reused multiple times after use. Therefore, in their design, aside from ensuring good protection and storage for the contents during use, consideration must also be given to the stacking of empty boxes to save warehouse space and reduce transportation costs. The design of the boxes usually includes locking tabs, allowing boxes of the same length and width to be stacked easily. Folding boxes can be collapsed when empty, saving space. The time saved in transporting empty boxes back after delivering goods also saves a significant amount of space. The production of handling boxes is also quite fast, with medium-sized boxes typically produced in around fifty seconds.

One: The plastic turnover boxes are made from HDPE (low-pressure) material:

Advantages: Shiny, hard, high flexibility, strong resistance, suitable for heavy-duty products (e.g., stacking)

Drawbacks: prone to deformation, not very good cold resistance/heat tolerance

The plastic turnover boxes are made of PP (copolymer) material.

Advantages: Good moldability, resistant to deformation, high flexibility, strong resistance, and heat and cold resistance.

Drawbacks: Lack of luster, white spots after use, medium hardness (too heavy, not suitable for stacking high; consider using thicker boxes)

Plastic boxes are widely used in industries such as electronics, automotive parts, electrical appliances, plastics, hardware, packaging, machinery, light industry, postal services, food, advertising, decoration, and stationery.