Enhanced logistics turnover box and manufacturing method thereof

Abstract

The invention discloses an enhanced logistics turnover box and a manufacturing method thereof, which are mainly characterized in that an annular waistband and a cylindrical metal lining net are respectively or simultaneously arranged on a box wall plate of a hexahedral logistics turnover box. The annular belt is in the shape of a long-strip-shaped annular belt, penetrates through the interior of the flat hole of the box wall plate and is externally arranged at the corner of the box body. The cylindrical metal lining net is in the shape of an annular cylinder and is connected with the inner side of the box wall plate in an attached mode. The invention has the beneficial effects that firstly, the compression resistance and collision resistance of the box wall plates are enhanced, and the cycle service life of the box body is prolonged; secondly, the box body is freely folded, opened and closed, so that the hollow box body can be conveniently retracted and recycled for multiple times; and 3, the upper and lower box cover plates of the box body are of a multi-layer laminated structure, so that the box body has good bearing and anti-pressure capability, is simple in structure and is suitable for industrial mass production.

Description

technical field [0001] The invention relates to the technical field of manufacturing of commodity packaging boxes and logistics turnover boxes, in particular to a manufacturing method of an enhanced logistics turnover box and a specific structure thereof. Background technique [0002] As we all know, most of the traditional commodity packaging boxes and logistics turnover boxes are made of corrugated cardboard substrates, which have poor moisture resistance, low pressure resistance and impact resistance. Once used, they are discarded as packaging waste, resulting in extreme packaging resources. Big waste and environmental pollution. In recent years, some lightweight plastic crates have also been launched, such as plastic hollow crates, plastic foam crates, calcium-plastic crates and plastic honeycomb crates. The capacity and the bending resistance at the fold of the box are still weak, especially under heavy load conditions, it is easy to produce bulging deformation or crack...

AI Technical Summary

Problems solved by technology

[0002] As we all know, the vast majority of traditional commodity packaging boxes and logistics turnover boxes are made of corrugated paper substrates, which have poor moisture resistance, weak compression and impact resistance, and are discarded as packaging waste after being used once, resulting in an extreme waste of packaging resources. Big waste and environmental pollution

In recent years, some lightweight plastic crates have also appeared on the market, such as plastic hollow crates, plastic foam crates, calcium-plastic crates, and plastic honeycomb crates. Although their moisture-proof properties have been improved, their boards are impact-resistant. The capacity and the bending resistance of the creases of the box are still weak, especially under heavy load conditions, it is easy to cause bulging deformation or cracking and loosening, which seriously affects the safety of the goods and the cycle life of the box. Therefore, we are very It is necessary to invent an enhanced logistics turnover box with strong bearing capacity, compression and collision resistance, convenient folding, multiple recycling, and suitable for heavy-duty scenarios, so as to meet the needs of my country's logistics industry for high-quality logistics recycling packaging

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