Manufacturing method of curtain fabric with anti-flaming and anti-ultraviolet combined functions

Abstract

The invention provides a manufacturing method of a curtain fabric with anti-flaming and anti-ultraviolet combined functions. The manufacturing method of the curtain fabric with the anti-flaming and anti-ultraviolet combined functions comprises the following operation steps of 1, selection of fiber materials, wherein 83.30 dtex anti-flaming polyester filament yarn is selected as warp, 14.76 tex anti-flaming acrylic yarn is selected as weft A, and 14.76 tex honeycomb anti-ultraviolet polyester yarn is selected as weft B; 2, design of fabric specifications, wherein the warp density*weft density is 80/cm*40/cm, the picking ratio of the weft A to the weft B is 1:1 to 1:4, and a five-heddle satin weave is adopted as the weave specification; 3, design of a painted pattern, wherein a pattern file is subjected to color separation and selection, a main pattern needling method and an auxiliary pattern needling method of a jacquard weaving process, sample card introduction and other arrangement, and then a file capable of being read in the weaving process of an electronic jacquard loom finally is generated through design software; 4, weaving on a machine. The curtain fabric manufactured through the method has the functions of flame retardation, ultraviolet resistance and the like.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This patented technology describes various improvements made over existing methods such as those described earlier. These modifications include adding specific types of fibrous material (fiberglass) together with special chemical agents like antimony trioxide), changing the cutter's movement pattern based upon factors like tension levels, increasing resistance against abrasion while maintaining good cleanliness properties, reducing weight per unit area, enhancing flexibility, controlling the depth of each section within one layer, optimizing cutting efficiency, minimization of wastage due to redundant cutting operations, and ensuring consistency between different sections of the final product. Overall these technical results enhance the functionality and usages of this new type of fabric.

Problems solved by technology

There currently exist various types of colored garments made from materials like cotton clothings (fibroblasts) and woven carpet fabrics for use at homes without any extra fume hoods attached during normal usage. These clothes lacked sufficient security against fires caused by combustion gas emissions due to their insufficient flamability and durability compared to regular ones. Additionally, these coatings were developed over time based solely upon cheap raw material costs rather than just considering factors like quality control.

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