Manufacturing method of antibacterial fabric

Abstract

The invention discloses a manufacturing method of an antibacterial fabric. The fabric is manufactured through an assembly line. The assembly line comprises a stirring and mixing station, a wood fiber preparation station, a fiber weaving station and a smearing station; and the stirring and mixing station comprises a first support, a stirring bin arranged above the first support, a feeding bin arranged above the stirring bin, a stirring device arranged in the stirring bin, a turning device arranged above the stirring device, a linkage device matched with the stirring device and the turning device, and a reduction gearbox connected to the stirring device and the linkage device. The turning device is arranged, so that raw materials which are light in weight and cannot sink below the liquid level in the stirring bin can be turned, and the raw materials can be completely immersed in liquid; the stirring device is arranged, and the stirring strength can be adjusted during stirring, so that the stirring effect is improved; and by improving the stirring and mixing effects, the quality of prepared wood fibers is improved, so that the fabric quality is better, coating is uniformly distributed, and the antibacterial effect is improved.

Description

technical field [0001] The invention belongs to the technical field of textiles, in particular to a method for making an antibacterial fabric. Background technique [0002] Silver fiber and fabric penetration technology is a hot research direction. At present, a large number of top companies have been committed to the research and development of this field for a long time. However, due to factors such as complex technology and high research costs, the research progress in this area is slow and the results are not many. ; Antibacterial fabrics in the prior art are mainly produced by applying corresponding coatings to special fabrics to form antibacterial fabrics. However, some raw materials need to be stirred and mixed when the fabric is prepared, but there will be some raw materials when stirring and mixing. The density is too small, so it will float above the stirred liquid, which will lead to incomplete stirring and affect the stirring quality, resulting in low quality of ...

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Problems solved by technology

[0002] Silver fiber and fabric penetration technology is a hot research direction. At present, a large number of top companies have been committed to the research and development of this field for a long time. However, due to factors such as complex technology and high research costs, the research progress in this area is slow and the results are not many. ; Antibacterial fabrics in the prior art are mainly produced by applying corresponding coatings to special fabrics to form antibacterial fabrics. However, some raw materials need to be stirred and mixed when the fabric is prepared, but there will be some raw materials when stirring and mixing. The density is too small, so it will float above the stirring liquid, which will lead to incomplete stirring and affect the stirring quality, resulting in low quality of the final produced fabric

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