Yarn having laminated structure

Abstract

A laminated yarn. The yarn is free from the lowering of antibacterial activity by repeated washing, is excellent in the prevention of rise in its temperature, the insulation of heat and an electromagnetic wave, and antistatic properties, and has excellent appearance. The laminated yarn is characterized in that it is prepared by a method comprising evaporating an antibacterial metal onto a synthetic resin film to form a vapor deposition membrane, adhering the resultant synthetic resin films so as for the vapor deposition membrane to be positioned inside, and cutting the resultant laminated film having a sandwiched structure in a long narrow form along its longitudinal direction.

Description

technical field [0001] The present invention relates to a laminated yarn having a laminated structure, and in particular to a laminated yarn excellent in various properties such as aesthetics, antibacterial properties, washing resistance, heat prevention, heat insulation, antistatic properties, flexibility, and electromagnetic wave blocking properties. Laminated wire. Background technique [0002] In recent years, due to the development of hygienic concepts, products with antibacterial properties have been pursued. Regardless of medical gauze or bandages, even clothes and rags are also required to have antibacterial properties. These antibacterial gauze and the like are made of antibacterial silk as a material. [0003] As such an antibacterial wire, currently used is an ultrafine metal wire drawn by silver or copper, or an electroplated wire in which silver or copper is plated on the surface of a synthetic fiber or the like, or a wire containing an antibacterial agent by i...

AI Technical Summary

Problems solved by technology

[0008] First of all, in ultra-fine metal wires or metal-plated wires, the surface changes over a long period of time or becomes black due to oxidation of bleaching agents, etc., so if these are used in fiber products, the appearance of the fiber products will be affected. Unsightly, there may be a problem of reduced antibacterial properties

In addition, since the metal parts of these ultra-fine metal wires or metal-plated wires are easily heated by infrared rays, etc., wearing fiber products containing these materials, for example, may cause low-temperature burns during infrared thermotherapy

[0009] Secondly, since the silk containing antibacterial agents will dissolve the antibacterial agents during washing, repeated washing will reduce the antibacterial properties, and there is a problem of losing antibacterial properties in a short period of time.

[0010] In addition, since carbon fiber, one of the antistatic fibers, is a black fiber, there is a problem that the possibility of use is limited from the perspective of commercial appearance, and it must be treated with chemicals in the spinning or dyeing process, and repeated washing will also cause problems. Make it a problem to prevent the loss of electrification

[0011] In addition, gauze made of polyvinyl chloride fiber and ultra-fine metal wire is helpful for X-ray imaging, but it has problems with the original function of gauze as a fiber product that is toxic or has poor hand feeling and softness.

Moreover, clothes, etc., which improve the cooling effect by the heat of vaporization during sweat evaporation, have a certain temperature regulation function and heat insulation, but only have the function of cooling or keeping warm, which will limit their use.

[0012] In addition, even when these various fibers are combined, it is difficult to manufacture fiber products with various characteristics such as antibacterial properties, antistatic properties, anti-heating properties, flexibility, electromagnetic wave shielding properties, and aesthetic appearance of products.

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