3D effect UV printing intelligent plate capable of being Interconnected and preparation method of 3D effect UV printing intelligent plate

Abstract

The invention discloses a 3D effect UV printing intelligent plate capable of being Interconnected and preparation method of the 3D effect UV printing intelligent plate. The 3D-effect UV printing intelligent plate comprises a 3D synchronous grain matching layer, a transparent film layer, a transition layer, a UV printing layer and a base material from top to bottom, wherein the UV printing layer comprises a surface treatment layer, a pattern layer and a protective layer, the surface treatment layer is painted on the surface of the base material, the pattern layer is painted on the surface of the surface treatment layer, and the protective layer is painted on the surface of the pattern layer; the base material comprises a board with an integrated built-in circuit; after the base material is painted, the transition layer is coated, the transparent film layer is paved, and the 3D synchronous grain matching layer is formed through synchronous grain matching and pressing. Therefore, the plate is vivid in color, stereoscopic, vivid, good in decoration effect, capable of achieving personalized customization, environmentally friendly, healthy, resistant to abrasion and scratching, high in ink adhesive force, high in color fastness, lasting in fidelity, and safe, reliable and stable in power; the wiring mode is simplified, wiring attractiveness and construction efficiency are improved, installation and connection are convenient, interconnection between the plates and between different applications is achieved, and popularization and development of smart home are effectively promoted.

Description

technical field [0001] The invention belongs to the technical field of decorative plates, and in particular relates to an interconnectable 3D effect UV inkjet intelligent plate and a preparation method thereof. Background technique [0002] With the rejuvenation of consumer groups, consumers pay more and more attention to personalization in the choice of building decoration materials. The patent document with the publication number CN205822641U discloses an integrated intelligent board with built-in circuits. By arranging conductors in the board and connecting mechanisms for connecting conductors on the edge of the board, the wiring method is simplified, and the aesthetics of wiring and construction efficiency are improved. , reduce construction costs, realize intelligent use of panels, and facilitate installation. However, it is difficult to realize personalized customization, 3D effect patterns and interconnection of integrated smart panels with built-in circuits, and the ...

AI Technical Summary

Problems solved by technology

The patent document with the publication number CN205822641U discloses an integrated intelligent board with built-in circuits. By arranging conductors in the board and connecting mechanisms for connecting conductors on the edge of the board, the wiring method is simplified, and the aesthetics of wiring and construction efficiency are improved. , reduce construction costs, realize the intelligent use of panels, and facilitate installation, but it is difficult to realize personalized customization, 3D effect patterns and interconnection of integrated smart panels with built-in circuits, and stagnation in market promotion

[0003] UV inkjet printing is a new type of inkjet printing technology that uses ultraviolet light-curable ink. The output of UV inkjet printing patterns is completely controlled by the computer, and it can be printed as you like. It can print photos of people, portraits and other patterns. It has rich colors, delicate pictures, relatively simple operation, and is widely used. Applied in the fields of building material decoration, advertising industry and art decoration, etc., it can solve the problem that the above-mentioned intelligent panels cannot be customized

[0004] Although UV inkjet printing has formed a mature production process on cardboard, ceramics, acrylic and other materials, it still faces many technical difficulties in applying it to wood-based panels, such as low adhesion, poor wear resistance and scratch resistance, easy fading, etc.

[0005] On the other hand, the current UV inkjet technology to achieve 3D effect is mainly achieved through the accumulation of ink and paint, not only the cost is high, but also the production efficiency is low. Synchronous grain alignment technology can achieve visual texture direction and tactile relief effect Simultaneously combined to present 3D stereoscopic effects, which have been widely used on melamine decorative panels, and can be combined with UV inkjet technology to present 3D effects

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