Corrugated paper packaging container for tablet products

Abstract

A corrugated paper packaging container for tablet products comprises an outer corrugated paper package and two corrugated paper folding buffer components. Each corrugated paper folding buffer component comprises a buffer I and two buffer components II, and the outer corrugated paper package comprises a box body, a box cover and clamping boards, wherein one side of the box body is connected with one side of the box cover, and the clamping boards are arranged at two ends of the box cover respectively and perpendicularly connected with the box cover. The corrugated paper packaging container for the tablet products is convenient in preparation, pollution-free, easy in recovery, convenient in warehouse logistics and low in packaging cost.

Description

technical field [0001] The invention relates to a packaging container, in particular to a corrugated paper packaging container for products such as flat-panel consumer electronics, household appliances, and medical equipment. Background technique [0002] Currently, tablet products can be seen everywhere, such as tablet computers, notebook computers, LCD screens, etc., but the packaging of such products is generally placed in foam cushioning parts first, and then packaged in a corrugated box as a whole to protect its circulation. In the process, it is protected from mechanical load damage such as shock and vibration. Most of the existing foam cushioning parts use a single polystyrene foam (EPS—Expanded Polystyrene) or polyethylene foam (EPE—Expanded Polyethylene) or polyurethane foam (EPU). -Expanded Polyurethane) and other cushioning materials, there are the following disadvantages: 1. The production mold of foam plastic is expensive. For products of different shapes and si...

AI Technical Summary

Problems solved by technology

[0002] Currently, tablet products can be seen everywhere, such as tablet computers, notebook computers, LCD screens, etc., but the packaging of such products is generally placed in foam cushioning parts first, and then packaged in a corrugated box as a whole to protect its circulation. In the process, it is protected from mechanical load damage such as shock and vibration. Most of the existing foam cushioning parts use a single polystyrene foam (EPS—Expanded Polystyrene) or polyethylene foam (EPE—Expanded Polyethylene) or polyurethane foam (EPU). -Expanded Polyurethane) and other cushioning materials, there are the following disadvantages: 1. The production mold of foam plastic is expensive. For products of different shapes and sizes, corresponding molds are required, and the mold cost is expensive; 2. The foam plastic material is difficult to produce. Naturally degradable, difficult to recycle, and easy to pollute the environment; 3. Foam cushioning parts cannot be folded before packaging, so they occupy a large storage space and transportation space, and the storage and transportation costs are high, especially not conducive to long-distance transportation

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