Inner ring type metal fiber infrared radiation combustor for yarn production

Abstract

The invention relates to the technical fields of textile equipment and metal fiber infrared combustion, and particularly discloses an inner ring type metal fiber infrared radiation combustor for yarn production. The inner ring type metal fiber infrared radiation combustor for yarn production can process yarn in an infrared thermal radiation mode and combust yarn hairness exposed out of the surface of the yarn. The inner ring type metal fiber infrared radiation combustor for yarn production is mainly applied to a production process of the yarn. For yarn finished products prepared through the inner ring type metal fiber infrared radiation combustor, fibers cohere closely, the yarn is smooth, free of the hairness and good in gloss, and textiles are clear in grain and good in wearability.

Description

[0001] technical field [0002] The invention relates to the technical field of textile equipment and metal fiber radiation combustion, in particular to an inner ring type metal fiber infrared burner which is suitable for performing infrared thermal radiation treatment on yarn and burning away the hairiness on the exposed dry surface of yarn during yarn production. Radiant burner. Background technique [0003] At present, in spinning production, in order to solve the problems of loose interlocking and excessive hairiness between fibers, a variety of spinning processes and equipment have been adopted, such as siro spinning, compact spinning, vortex spinning, etc. There are equipment The shortcomings of large investment and high production cost, but still have not solved the existing problems, only improved and improved to a certain extent; the existing method to solve the problem of hairiness is to use a singeing machine, which uses a large amount of combustible gas to burn ...

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Problems solved by technology

[0003]At present, in spinning production, in order to solve the problems of loose interlocking and excessive hairiness between fibers, various spinning processes and equipment have been adopted, such as Sai Reel spinning, compact spinning, vortex spinning, etc., have the disadvantages of large equipment investment and high production cost, but still have not solved the existing problems, only improved and improved to a certain extent; The method is to use a singeing machine, which uses a large amount of combustible gas to burn the hairiness exposed on the dry surface of the yarn. However, the traditional singeing machine burner uses direct jet combustion. Due to the unreasonable structure, not only the gas The consumption is large, and the singeing efficiency is low. While relying on injecting a large amount of combustible gas to burn off the surface hairiness, it will inevitably damage the fibers on the surface of the yarn, resulting in yellowing of the fibers on the surface of the yarn and a decrease in strength. affect the quality; and due to the high temperature of the burner of the singeing machine, the singed yarn must pass through quickly to minimize the damage to the yarn fiber, so the yarn must have sufficient strength, so that the varieties that can be processed are generally Relatively thick and relatively high-strength plied yarns, for single-yarn varieties with relatively low strength, especially high-count single yarns, most of the existing singeing machines cannot be processed

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