The mechanical processing level of the hottest fib

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The level of fiber processing machinery needs to be improved.

fiber processing machinery refers to the means used to carry out deep and fine processing of fiber raw materials, which refers to natural fibers, chemical fibers, or the blending and interweaving of the two, so as to help manufacturers such as RCS develop color armor solutions, and provide people who risk their lives to work at their posts every day with the greatest degree of comfort, protection and fine processing machinery, This kind of machinery can be called textile machinery, which spins fibers into yarn and cloth to form primary products. Of course, natural fibers and chemical fibers can also be directly used as raw materials for cotton wadding, clothing, filling materials, woven or knitted fabrics, and nonwovens without spinning or weaving

there are many categories of fiber machining. Due to different fiber raw materials, the processing technology and technical equipment used are also different

during the processing of cotton and wool fibers, ramie, flax, sisal, jute and hemp fibers in natural fibers, the vast majority of processes and processes need to be mixed, cleaned, impurity removed, roughened, combed, drawn, woolen and worsted to form yarn. The processing of cocoon and silk fibers in natural fibers also requires various mechanical processing such as reeling, winding, merging, twisting, small cutting, carding, etc. to form factory silk, which is then woven into silk. After the advent of man-made fibers and synthetic fibers, some products can be directly woven or knitted into finished products, and some can also be blended and interwoven with natural fibers to make fiber products. There are corresponding, different and complete sets of mechanical equipment here

fibers can be woven or knitted after spinning into yarn. Due to different raw materials, different processes and equipment are used. All of them need to be winded, combined, twisted, warped and sized, and then woven to form fabrics, which are then inspected and repaired to form fabrics. As far as a loom is concerned, there are shuttleless looms and shuttleless looms. As far as shuttleless looms are concerned, there are shuttleless looms with different weft feeding methods such as rapier, air jet, water jet, projectile shuttle, and other different processes, different varieties, and different complete sets of process equipment

after the fiber is yarn, the same is true for knitting. There are different ways of warp knitting, weft knitting, and other sewing and crocheting to make different fabrics, from small to socks and gloves. They use their own different process equipment, and they must be matched before and after. A variety of formed nonwovens with fibers as raw materials, including hot melt, hot air and hot rolling processes, 8 Modular function of test standard: it provides users with the test standard required for setting, and sets the air forming process, water pricking, acupuncture process, etc., which all need different process and technical equipment supporting services. The production of parts and components of industrial products and water conservancy, construction and thermal insulation materials made from waste fibers and fabrics also has a production line formed by special equipment such as cutting, crushing, carding, air forming, drying, pressing and molding

fiber varieties, specifications and properties are different, and processing technologies are different, but a complete set of process and technical equipment is required to realize the final value. In addition to the main machine technology and equipment, there are many kinds of auxiliary machines for its supporting services. Don't underestimate fiber, yarn and thread. Their quality not only has different product standards, but also has many kinds of detection instruments to test and obtain scientific images and data. Fiber processing is in the process of continuous production. In addition to the electrical control of single machine, there are also the electrical control of front and rear connections and the matching of group control and command devices at the work site. It can be said to be a modern system engineering

fiber production machinery and fiber processing machinery belong to the mechanical industry, but they share the common technology of casting, smelting and precision processing with the general mechanical industry, and have their own proprietary technology, especially the high-speed operation technology, heat treatment and surface treatment technology, which have their own characteristics. Both belong to high-speed operation technology, which is different from the high-speed of walking machinery. The weaving equipment not only has the coordination of front, back, left and right, high-speed rotation, but also the coordination of up and down Cross movement, so as to finally weave high-quality fabrics. Spinning 120 or 300 yarns is not easy, and weaving and making a suit worth tens of thousands of yuan is not easy. Therefore, it is impossible without precise technology and equipment. After listening to my introduction and report, a senior leader of the mechanical system said, "a 60 spindle automatic winder is like a row of 60 robots working at the same time. The high-speed air-jet loom is actually the practice of aerodynamics."

science and technology are developing, and the situation is changing. Those who do not innovate and stagnate will be eliminated. This is the law of historical development. The price of textile workers has jumped to 100000 to 200000 yuan per ton. The transformation and upgrading of the industry has put forward new pressure and impetus to a large number of fiber processing machinery. Under the pressure of the new situation, we should not only do a good job in the research and development of new products, but also do a good job in the improvement and improvement of traditional products. There is a lot of work to be done on how to save energy, reduce emissions, reduce labor intensity, improve production efficiency, especially the continuous emergence of fine denier silk, ultra-fine denier silk and new fibers after fiber thinning, lengthening and splitting, and at the same time, how to realize green production and high-quality production

note: the reprinted content is indicated with the source. The reprint is for the purpose of delivering more information and planning to achieve production interest in 2019, which does not mean that it agrees with its views or confirms the authenticity of its content

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