Structure of carbon cloth

Abstract

An improved structure of carbon cloth, wherein plain weave is used. Since carbon fiber thread is a kind of rigid materials and has no retractility, color plastic thread or metallic yarn of high retractility can be added in either the warp contexture or the weft contexture when weaving carbon. The ratio of carbon fiber thread to plastic thread or metallic yarn is 1800 D:50˜100 D. Carbon cloth made by using this method is more solid, wear resistant and not easy to loose, and can be provided with multiple colors and functions of reflecting, improving the shortcoming of the common structure that cloth can only have colors after being printed two times.

Description

FIELD OF INVENTION [0001] The present invention provides an improved structure of carbon cloth. BACKGROUND OF THE INVENTION [0002] When weaving carbon cloth, color plastic thread or metallic yarn is directly added in warp or weft. Since carbon fiber thread is jet black, the color of plastic thread or metallic yarn will be shown more obviously. Thus the carbon cloth has bright colors and improved functions such as reflecting, etc. [0003] Carbon cloth is widely applied in various industries. For example, it is often used as the coating of products such as battledore, bicycle frame, horn shell, shoe material, etc, so as to beautify the appearance and improve the value. As shown in FIG. 1, plain weave is utilized to interweave warp 100 and weft 200. Each warp 100 goes above or under the wefts 200 in turn, and two adjacent warps 100 are staggered one another. If a warp 100 goes under a weft 200, then the next warp 100 goes above the weft 200. Since carbon fiber thread is jet black, the c...

AI Technical Summary

Benefits of technology

[0005] The main purpose of the present invention is to provide an improved structure of carbon cloth. When weaving carbon cloth, color plastic thread or metallic yarn or glitter yarn of high retractility is directly added in either the carbon fiber warp or the carbon fiber weft under the principle of not ffecting the original structure. Thus the structure of the finished carbon cloth is strengthened, and the cloth surface has bright colors and functions of reflecting, etc, so improving the shortcoming of the old common structure that carbon cloth only can has multiple colors after being printed two times.

Problems solved by technology

However, although the method can add multiple colors to the cloth surface, it also has the following shortcomings: increased cost arising from reprocessing; the paint pasted on the cloth surface is prone to fall down due to friction or impact, thus making the cloth surface unaesthetic.

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