KR20080029709A - Natural mineral quality powder and natural coloring matter resin anger it will do and the coating which will load the method which it does - Google Patents

Abstract

A method for coating a yarn is provided to produce a functional mineral fiber yarn, by coating the yarn with a mixture composite where loess powder as a natural mineral is mixed into tourmaline as an anion material. Loess composite powder is prepared by mixing 20g of tourmaline into 200g of loess powder. A resin composite of 1,000g is prepared by using a resin for coating fiber, wherein the resin composite has a viscosity of 3,000 cps. A silver colloid solution of 0.2% is mixed into the resin composite, thereby preparing a silver resin composite of 1,000g. The loess composite powder of 200g is mixed into the silver resin composite of 1,000g. The mixture of the loess composite powder and the silver resin composite is put into a container(3), and then a fiber yarn is coated with loess composite within the container.

Description

Natural mineral quality powder and natural coloring matter resin anger it will do and the coating which will load the method which it does}

1 is a creel equipped with yarn wound yarn

Fig. 2 is a thread winding beam from a krill

3 is a coating apparatus container containing a resin coating composition

4 is a drying apparatus

Jaw 5 is a rolled-coated beam

The present invention relates to a method of coating a natural mineral powder and a natural pigment by coating on a yarn. As a natural mineral paper having a current functionality, a lot of natural minerals such as ocher, jade, seven stone, tourmaline, feldspar, mica and germanium are deodorized, Since the anion and the far infrared radiation efficiency is high and the effect on the human body is large, the powder is mixed with the fabric resin and coated on the textile fabric. These powders have a radiation effect such as far infrared anion, but the resin is not ventilated by blocking holes in the bottom of the fiber. It is disadvantageous and there are many problems in design. When the powders of natural minerals are mixed with a resin raw material and the functions of these minerals are radiated, they do not emit well and the powders must be ground very finely. There are many problems.

In order to solve the above problems, the present invention is manufactured by mixing a natural mineral material with a binder or a urethane resin coating agent, which is a pulverized powder fabric resin, to prepare a resin composition, and coating the natural mineral powder on a fiber yarn to woven the fiber. It is characteristic that new natural mineral fiber which can not be found so far can be manufactured and natural mineral resin composition is coated on fiber yarn using natural facility resin composition using simple facility process.

In addition, there is a drawback that the dye is extracted from the plant by natural dyeing on the fabric, but water is well drained in the present invention, but in the present invention, by mixing the natural pigment in the resin and coating the mineral powder composition on the yarn, the natural dye is applied to the yarn. It is possible to provide a method of coating and the like.

The present invention is to provide a functional mineral fiber yarn by mixing the natural mineral powder to the resin and coating the fiber yarn, as well as to coat the yarn by mixing the vegetable pigment in the resin is an object of the technical problem to achieve the present invention.

A manufacturing method for achieving the above object is as follows.

1st process

As an example, a mineral powder having a function as a natural mineral may be used, but if it is exemplified, 200g is mixed by mixing 20g of tourmaline powder with 200g of 3,000-mash crushed ocher powder.

2nd process

When using a textile resin coating agent or binder, 1,000 g of water is mixed with 1,000 g of a water-soluble urethane resin (30% of solid content) for coating and then 5% of a thickener is added to prepare a urethane resin composition having a viscosity of about 3000. do.

3rd process

In order to use the silver nano antimicrobial agent, it is preferable that the present inventors use the silver solution registered in Korean Patent No. 0399481. The method of preparing the silver solution is as follows.

300 g of silver grains, pulverized silver now, are put in a dissolution tank, and nitric acid is added while heating to dissolve silver and 280 ml of nitric acid is consumed. In addition, 100 g of stannous chloride is dissolved in 100 ml of hydrochloric acid, followed by synthetic stirring with the silver solution. In order to adjust the silver solution to neutral pH, 150 g of zinc oxide was dissolved in 500 ml of caustic soda solution (PH13) to make PH7.5 while synthesizing with the silver solution to evaporate water to obtain silver salt of powder powder. 300 g of the silver salt was dissolved in 1,000 ml of water, 100 g of bromine soda was added, and the silver solution was oxidized and decolorized while stirring. When the solution was exposed to sunlight for 1 hour, small brown particles were immersed and the light brown liquid was translucent. You can get it. Dilute the antimicrobial agent in water at a ratio of 500 to 1,000 times and quantitate 1,000 g of silver antimicrobial agent that can be used as an antimicrobial agent or as an antiseptic disinfectant.

4th process

The ocher composition resin antimicrobial agent is prepared by mixing and mixing 200 g of the ocher powder composition with 0.2 g of the silver solution of the third step (100,000 ppm) of the resin composition in 1,000 g of the urethane resin of the second step.

5th process

In order to coat the resin composition of the third step on the yarn, a method of resin coating the yarn using the apparatus of the drawing is as follows.

The drawing shows the construction of a real paper coating machine, which is equipped with a cone of yarn wound on the krill (1), and then wound the yarn on the beam (2), and then the resin container (3), which is a resin coating apparatus, is filled with the resin composition of the fourth step. Filled and wound the yarn wound in the beam of the second process into the inside of the resin container through the roller, the resin is coated on the roller in the same thickness or a certain amount on the yarn and passed through a high temperature drying tank 4 at 130 ° C. The thread is coated while being wound around this beam 5. In addition, all natural pigments may be used in the urethane resin composition of the second step in order to use the natural dye extracted from the plant. However, if illustrated, a mixture of chestnut (5% solids) and 20% of the resin amount may be mixed and mixed as illustrated in the present invention. The yarn can be resin coated.

When weaving the yarn by coating the ocher composition as described above it can be provided with a natural fiber that can not be found in artillery until now, and also can be provided with a fiber excellent in anion, far infrared rays, deodorization, antibacterial effect.

<Anion release test>

As a result of the anion test as described above, about 90 anions are released per 1 cc of air to the general fiber yarn, and the present invention can confirm that 350 is emitted from the loess sand.

As described above, the present invention is characterized in that a functional fiber yarn or the like is prepared by synthesizing a powder obtained by pulverizing natural mineral material ocher and an anionic composition tourmaline.

Claims (2)

In the yarn coating method using a natural mineral powder and a natural pigment resin composition, 1,000 g of each of powders obtained by pulverizing ocher, jade, mica, feldspar, seven stone, ganban stone, and germanium as natural minerals was quantified as a first step. Mix and mix 100g of tourmaline powder to the ratio and quantify 1,000g each In the second process, 1,000g of water was mixed with 1,000g of water (1000% of solid content 30%) of urethane resin or acrylic resin as a water-soluble coating resin, and 5% of a thickener was mixed to prepare 1,000g of a resin composition having a viscosity of about 3,000. In the third process for producing an inorganic inorganic antimicrobial agent, 280 ml of nitric acid is consumed by dissolving silver by adding 300 g of silver pulverized silver flakes into a dissolution tank and adding nitric acid while heating. In addition, 100 g of stannous chloride is dissolved in 100 ml of hydrochloric acid, followed by synthetic stirring with the silver solution. In order to adjust the silver solution to neutral pH, 150 g of zinc oxide was dissolved in 500 ml of caustic soda solution (PH13) to make PH7.5 while synthesizing with the silver solution to evaporate water to obtain silver salt of powder powder. 300 g of the silver salt was dissolved in 1,000 ml of water, 100 g of bromine soda was added, and the silver solution was oxidized and decolorized while stirring. When the solution was exposed to sunlight for 1 hour, small brown particles were immersed and the light brown liquid was translucent. You can get it. After diluting the antimicrobial agent at a ratio of 500 to 1,000 times of water, it is immersed in the fabric to quantify 1,000 g of silver antimicrobial agent that can be used as an antimicrobial agent or an inorganic disinfectant. In the fourth step, 200 g of the natural mineral powder of the first step is mixed and mixed at a ratio of 1,000 g of the resin composition of the second step, and the inorganic inorganic antibacterial agent (100,000 ppm) of the third step is mixed and mixed with 0.2% of the amount of the resin composition. 1,000g each, and then In the fifth process, the yarn wound on the cone is mounted on the krill (1) according to the process shown in the drawing, and then the yarn is wound on the beam (2), and then the resin composition mineral material of the fourth process in the resin barrel (3) A method of winding a fiber yarn coated with mineral material by coating the mineral composition resin through the drying device 4 while the yarn of the beam (2) passes through the resin container (3) and is coated on the yarn. In the yarn coating method using a natural mineral powder and a natural pigment resin composition, 1,000 g of pigments such as chestnuts, persimmons, spines, and mugwort are quantified with pigments extracted from plants as natural pigments in the first step, and then claim 1 0.2% of silver solution (100,000ppm) of 3rd step is mixed and mixed with natural pigments In the second step, 1,000 g of urethane resin (solid content) was mixed with 1,000 ml of water, In the third step, the natural dyestuff of the first step is mixed and mixed with 1,000g of the dyeing composition of the first step by 1,000g of the resin of the second step, and each 1,000g is quantified. In the fourth step, the yarn wound on the cone is placed in the krill (1) according to the co-author of the drawing, and the yarn is wound on the beam (2), and then the natural dyed resin is put in the resin container (3), and the thread of the beam passes through the resin container. Natural dyeing yarn resin coating method wherein the resin coated on the yarn is wound on the beam (5) through the drying device (4)

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