Manufacturing method of static-conducting gauze element used for preventing haze

Abstract

The invention provides a manufacturing method of a static-conducting gauze element used for preventing haze. The manufacturing method comprises the steps of with a piece of common long yarn being main yarn, and then evenly twining branch yarn on the main yarn in a densely distributed mode, wherein the branch yarn is twined on the main yarn with knots in a W shape or a 8 shape; cutting off the two ends of the head of the W shape or the 8 shape to form branch yarn fluff, making one side of the branch yarn fluff fall toward the other side, and forming fluff yarn after conducting integral shaping on the main yarn and the branch yarn fluff; with the fluff yarn being warp or weft for weaving the gauze element, mixing the fluff yarn with the common yarn to weave the gauze element, or with the fluff yarn manufactured in the step 2 being warp or weft for weaving the gauze element to conduct gauze element weaving, wherein when the gauze element is weaved, the branch yarn fluff of the fluff yarn ought to face the same direction, so that the gauze element of a fluff surface with fluff is formed. Through the adoption of the static-conducting gauze element, metal ions are good in adhesiveness, and the gauze element is good in durability and good in static haze inhibiting effect.

Description

technical field [0001] The invention relates to the technical field of anti-haze windows, in particular to a method for manufacturing an anti-static gauze used for anti-haze windows. Background technique [0002] At present, due to the rapid development of industrialization and serious air pollution in China, the smog weather has become more and more serious, which has affected the daily healthy life of most Chinese people, and the average time people live at home is nearly half of the time a day. In view of this, a screen window that can ventilate and isolate outdoor haze will become more and more necessary. [0003] However, the anti-haze window made by the traditional method has poor durability and electrostatic repulsion effect. The prior art discloses a production process of a haze-proof window made of conductive gauze, and the patent number is "201610452535.X", and specifically It is disclosed that yarns with whiskers are used to weave gauze nets, and the finished gau...

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Problems solved by technology

[0003] However, the anti-haze window made by the traditional method has poor durability and electrostatic repulsion effect. The prior art discloses a production process of a haze-proof window made of conductive gauze, and the patent number is "201610452535.X", and specifically It is disclosed that yarns with whiskers are used to weave gauze nets, and the finished gauze nets are plated with metal conductive ions by vacuum sputtering process. Since yarns with whiskers are used to weave gauze nets, the yarn material is generally It is nylon 6 or nylon 66 or polyester fiber, so the flexibility of the yarn surface is poor. When metal ions are sputtered by a vacuum sputtering furnace, it is difficult for the metal ions to firmly attach to the yarn of the gauze, so the traditional The electrostatically conductive gauze made by the technology, in the process of transfer, transportation, use or cleaning, metal ions are easy to fall off from the yarn, which affects the overall conductivity of the gauze, which in turn affects the overall electrostatic potential of the gauze, and finally As a result, the haze repelling effect of the gauze is poor, and the durability is not long enough

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