Container floor and manufacturing method

Abstract

The invention discloses a container floor, and belongs to the field of plates. The container floor comprises a honeycomb structural layer with a honeycomb structure, reinforcing layers positioned on two sides of the honeycomb structural layer, and cover layers, wherein the honeycomb structural layer and the reinforcing layers are positioned between the cover layers. The invention further disclosesa manufacturing method of the container floor; and the manufacturing method comprises the steps of: manufacturing of the honeycomb structural layer, the reinforcing layers and the cover layers; gluing according to the sequence of the cover layer, the reinforcing layer, the honeycomb structural layer, the reinforcing layer and the cover layer to obtain a compound body; and pressing of an anti-wearlayer on the surface of the compound body. The invention further discloses a substitutive manufacturing method. Through the honeycomb structure, the higher bearing capacity can be achieved; as forceborne by the floor is mainly gravity of goods, the honeycomb structure can effectively reduce the consumption of solid woods without reducing the bearing capacity of the floor; and meanwhile, throughcore plates, nails can be conveniently driven to realize fixation of the goods.

Description

technical field [0001] The invention relates to the field of plates, in particular to a container floor and a manufacturing method. Background technique [0002] Containers are an important tool to realize large-scale, high-efficiency and standardized transportation of goods. In the process of container transportation, in order to prevent the goods from sliding and colliding in the container, it is usually necessary to use fixing devices to fix the goods. In the prior art, the container floor is usually laid on the bottom wall of the container, and nails are nailed on the floor during use to limit the freedom of the goods and prevent the goods from sliding and damaging the goods when subjected to external forces. [0003] Because the container floor needs to be able to fix nails conveniently and facilitate the nails to be driven in, the container floor in the prior art is mostly made of pure wood materials, generally solid wood strip floor, mainly cloned wood and Abitong, m...

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Problems solved by technology

[0004] However, in the above scheme, a large amount of wood needs to be consumed. On the one hand, it will cause high cost. On the other hand, it does not conform to the national green energy-saving policy and consumes a lot of forest resources. In addition, solid wood flooring is dense and heavy. more inconvenient

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