Dustless cloth manufacturing method

Abstract

This invention relates to a making method for a kind of dust-free cloth, which has the following steps: spinning, weaving, dyeing and reorganizing, shaping, cutting, cleaning and casing, all of them are operated in the two layers dust-free cleaning room, wherein the main flow process of the dyeing and reorganizing includes the stock opening fine processing, cationic and anion processing, corpuscular processing and cutting, the cutting flow processing mainly includes thunder lunching light velocity trimming. Wherein using the agent from the natural plant can lower the corpuscular quantum and the cationic and anion quantum of the dust-free cloth, and then using the thunder lunching light velocity to eliminate the dust developing quantum in the cutting and edge banding processing efficiently, which can improve the neatness quality of the dust-free fabric and lower the water pollution that results from the dust-free cloth making.

Description

[0001] technology domain [0002] The present invention provides a method for manufacturing a dust-free cloth, especially a method for manufacturing a dust-free cloth that can reduce the content of fine particles and ions in the cloth and achieve pollution-free dyeing and finishing. Background technique [0003] After the traditional textile industry enters the wafer era in the 21st century, its applied technology also needs to be refined to meet the needs of real life. By researching and developing high-value-added products with high-tech and new materials, to promote the transformation and technological upgrading of the textile industry, create a newer and broader development space for the textile industry, and improve its competitiveness. Among them, it is very important to consider the market for future textile industry products. demand. [0004] The manufacturing process of analytical dust-free wipes mainly includes four stages: [0005] 1. Dust-free wiping cloth must h...

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Problems solved by technology

[0008] 4. Washing and dust-free packaging: This part is the key to the wiper cloth manufacturing process, but this part is a potential big problem, such as the cleaning equipment cannot maintain a certain degree of cleanliness, which will also have a negative impact on the quality of the wiper cloth

[0010] (1) High-density weaving dust-free cloth technology. At present, to increase the added value of textiles, it seems imperative to start from the raw materials. Therefore, it is imperative to pay attention to the development of high-tech fibers and master their characteristics to develop new types of cloth. A popular trend; recently, there are advanced thermal insulation materials on the market, in addition to using hollow microfibers, processing the hollow parts with metal vapor coating to improve the thermal insulation effect of the fibers, and mainly adopting multi-layer high-density weaving methods to make the fabric products It is the best material to be used in the high-tech industry in the future to completely store the body heat in the clothes without leaking out. The yarns in the fabric of the woven fabric that are entangled by interweaving rely on the friction between the yarns at the entanglement. It is large and can be kept in place, so the texture and structure of the fabric woven by weaving is very tight and smooth, which can resist friction and be durable. However, it also has its disadvantages, that is, it is not breathable, Easy to tear, poor heat conduction, easy to wrinkle and easy to slip, if the density of the tissue is not high enough, or the surface of the yarn is not rough enough, this structure will be damaged by the action of yarn slip

[0011] (2) Non-polluting dyeing and finishing treatment technology. After the fabric has just been woven, it must be subjected to necessary finishing or dyeing treatment before it can become a commodity suitable for various purposes. The treatment agent required in the finishing process is It is called a processing agent (auxiliary), and there are quite a variety of types, including penetrating agents, softeners, waterproofing agents, some water-repellent agents, fiber oil agents, and various treatment agents for the purpose of anti-wrinkle and anti-shrinkage. Therefore, as mentioned above, most of the traditional dyeing and finishing technologies add chemicals to facilitate the removal of residual particles in the yarn (or microfiber) tube or to remove anions and cations. This method has caused environmental pollution over the years, such as for cleaning The water quality is due to the amount of impurities in general water. Except for suspended soil and a small amount of organic matter, most of them are carbonates, acid carbonates, sulfates, chlorides, etc. dissolved in water. Moreover, impurities can cause corrosion. The first thing to do is to push magnesium chloride, because when magnesium chloride is subjected to high heat, it will hydrolyze and generate hydrochloric acid, which will cause more damage to the fabric.

However, this part is potentially a big problem in the dust-free cloth production process, because the former outsourcing factory decided to specialize in the cleaning business of dust-free clothes, and the cleaning business of cleaning clothes after the wipes production process is not the mainstream of its business. However, the dust-free clothes that are recycled and cleaned are the source of pollution. In addition to factors such as the staff and the cleaning machine, the cleaning equipment and equipment cannot maintain a certain degree of cleanliness no matter how they are handled, and it will also have a negative impact on the quality of the wiping cloth.

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