Processing method of porous material and porous material plate

Abstract

The invention provides a processing method of a porous material. The processing method of the porous material is characterized by comprising the following steps: A, manufacturing a porous base material layer which is manufactured by using one layer of porous base material or by mutually superposing multiple layers of porous base materials; B, manufacturing a stress protective layer and adhering the stress protective layer to the porous base material layer; C, forming a protective decorative layer on the surface of the stress protective layer; D, performing edge sealing on the porous base material layer; E, connecting or mutually joggling the plurality of porous base material layers through connecting pieces. The processing method of the porous material provided by the invention is applicable to various porous materials; mortise and tenon joint structures are arranged on the manufactured plate and are assembled and spliced or connected through connecting pieces, so the plate has a firm structure, can be recycled and can reach to the using standard of the traditional wood furniture and appliances; the protective decorative layers made of different materials can be used and the various materials are mutually combined, so the whole performance is greatly improved. The invention further discloses a porous material plate.

Description

technical field [0001] The invention relates to a porous material processing method and a porous material plate. Background technique [0002] With the development of science and technology and the requirements for environmental protection, the demand for environmentally friendly materials in various industries is increasing. Among them, porous materials such as corrugated paper and honeycomb paper are getting more and more attention, and are also used in more and more fields. However, due to their physical properties, the existing porous materials have weak local bearing capacity, poor waterproof and fireproof performance, and unsightly corners, etc., which directly affect and limit the application of the material. Especially in the fields of civil furniture and industrial production auxiliary materials, due to the physical properties of porous materials, porous materials cannot replace traditional materials. Moreover, most of the existing porous materials are connected a...

AI Technical Summary

Problems solved by technology

However, due to their physical characteristics, the existing porous materials have weak local bearing capacity, poor waterproof and fireproof performance, and unsightly corners, etc., which directly affect and limit the application of materials.

Especially in the fields of civil furniture and industrial production auxiliary materials, due to the physical properties of porous materials, porous materials cannot replace traditional materials

Moreover, most of the existing porous materials are connected and used by folding and splicing single-layer plates, which has low production efficiency, low structural strength, and poor appearance visibility.

Using the above-mentioned process method, no matter in terms of appearance visibility or structural stability, it cannot meet the standard of wood products

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