Novel printing carbon fiber membrane

Abstract

The invention relates to a novel printing carbon fiber membrane, and relates to the technical field of resin immersed carbon fiber decorative materials. The novel printing carbon fiber membrane comprises a transparent material layer, a front pattern layer and a back pattern layer, wherein the front pattern layer is arranged on one side edge of the transparent material layer, and the back pattern layer is arranged on the other side edge of the transparent material layer. According to the novel printing carbon fiber membrane, transparent materials are printed on both sides and a fixed parallel distance is formed between printing textures of the positive side and the negative side of the transparent materials by using the material thickness, textures and densities of patterns of the positive side and patterns of the negative side are calculated and designed by combining with a material thickness value, and therefore when observing angle changes, an interweaving effect of images of the positive side and images of the negative side is produced, a dynamic image of imitating carbon fiber weaving is formed, and then effective imitating of dynamic and stereo effects of real braided fabric is achieved. According to the novel printing carbon fiber membrane, the production cycle of carbon fiber decorative materials is accelerated, production efficiency is improved and cost is further reduced, and simultaneously, difficulty and wastage in cutting and forming machining processes of carbon fiber membrane materials are reduced.

Description

Technical field: [0001] The invention relates to the technical field of resin-impregnated carbon fiber decorative materials, in particular to a novel printed carbon fiber film. Background technique: [0002] In addition to the special physical properties of carbon fiber woven film, the weaving texture of carbon fiber produces a unique dynamic three-dimensional effect. The use of carbon fiber film on many product shells or decorative materials is to use its dynamic three-dimensional effect to create a strong texture for the product, but its price is low. It is several times or even dozens of times that of ordinary thin film materials. [0003] In addition, individual custom weave patterns and combinations with other pattern content are sometimes difficult to achieve due to the limitations of the actual weaving method of carbon fiber. [0004] In addition, due to the high mechanical strength and toughness of the carbon fiber film, it will cause a large loss during cutting pro...

AI Technical Summary

Problems solved by technology

[0002] In addition to the special physical properties of carbon fiber woven film, the weaving texture of carbon fiber produces a unique dynamic three-dimensional effect. The application of carbon fiber film on many product shells or decorative materials is to use its dynamic three-dimensional effect to produce a strong texture of the product, but its price is low. It is several times or even dozens of times that of ordinary thin film materials

[0003] In addition, individual custom weaving patterns and combinations with other pattern content are sometimes difficult to achieve due to the limitations of the actual weaving method of carbon fiber

[0004] In addition, due to the high mechanical strength and toughness of the carbon fiber film, it will cause a large loss during cutting processing, serious tool wear, and the cutting edge is not smooth or even drawn due to the fiber material.

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