KR20050037615A - Manufacturing method of thin wall plaster having capsule scent created by light using non-metallic mineral - Google Patents

Abstract

      The technical field to which the invention described in the claims belongs.

      According to the present invention, a natural non-metallic mineral is used as the main raw material to mix a predetermined ratio of a water-soluble acrylic inorganic solvent binder so that far-infrared rays are radiated, and when the wall is applied, the silver solution and the wall coating agent are applied at a time without the need for additional concealment. Melamine resin.It is a functional functional fragrance for building wall which lasts a long-term fragrance by dissolving liquid molecules into grains by mixing a certain proportion of liquid chemicals and dissolving the natural fragrance contained in the wine by photocatalyst.

      I. The technical problem to be solved by the invention

      Conventional wall paints have a disadvantage that they are not environmentally friendly due to the use of synthetic dyes based on dyes using benzene or naphthalene, which are starting materials, and the simultaneous implementation of multiple colors is impossible. Although the wall coating agent has been developed, the disadvantage of this is that it is discolored by external environmental changes, and it is impossible to realize the original primary color by the added material to prevent such discoloration. There is a smell.

      All. Summary of Solution of the Invention

      By using natural non-metallic minerals that emit far-infrared rays called growth rays, it prevents discoloration without the need for separate construction for environmental friendliness and concealment. will be.

      la. Important uses of the invention

      For construction

Description

     Manufacturing method of thin wall plaster having capsule scent created by light using non-metallic mineral}

      In the present invention, by mixing an appropriate amount of natural non-metallic minerals, such as jade, elvan, clam shell, ocher, germanium, etc. as a binder with a water-soluble acrylic inorganic solvent, far infrared rays are radiated in large quantities and excellent concealment rate, excellent wall covering agent To get it.

      Conventional wall paint agents use synthetic dyes based on dyes such as benzene or naphthalene as starting materials, which are harmful to the human body due to toxicities in the event of a fire. Due to the inherent odor generated, environmental friendliness is deteriorated. Also, since the characteristics of dyes dissolve in organic solvents, it is impossible to realize multicolored colors, and the fragrance life is shortened due to the natural vaporization of added fragrances. It has the disadvantage of being.

      Therefore, in recent years, wall coating agents using powdery pigments that are insoluble in organic solvents have been developed, but the disadvantages of these are the use of natural minerals. In addition, there is a disadvantage in that the increase in the cost of the additional use of additives added to prevent such discoloration and the use of such additives make it impossible to realize natural minerals and their primary colors. In addition, since the land used to increase the hiding power is excessively used, the use of the pigment required pre-treatment of wall treatment for concealment, and it is difficult to realize the partial protrusion of the color even after the pigment applied to the wall. There is a disadvantage.

In addition, since the liquor used for concealment mainly uses white limestone, there is a disadvantage in that discoloration due to neutralization occurs when limestone corresponding to alkali encounters acid rain.

      Therefore, the present invention has been made to solve the above-mentioned problems, by combining a certain amount of a natural non-metallic mineral and a water-soluble acrylic inorganic binder that emits far-infrared rays called live light, it is possible to realize harmless, environmentally friendly and multicolored color It provides a wall paint agent with no color fading, silver solution and melamine resin. By mixing a certain proportion of liquid chemicals and dispersing liquid molecules into grains, and adding emulsifiers that can be embedded in a capsule of chopsticks, natural fragrances are generated as they are naturally decomposed by photocatalysts. High functional, antibacterial, antiseptic, deodorant)

     Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

     1 is a block diagram showing a manufacturing process of the present invention.

      First of all, natural nonmetallic minerals used in the present invention include silicic acid, kaolin, talc, jade powder or bicarbonate, and these are used for the radiation of far-infrared rays, and any kind of natural minerals containing no metal can be used. Such minerals may be selectively used alone or in combination within the range not exceeding the total compounding weight.

      In the present invention, as a material having excellent effects of far-infrared radiation and deodorization, a natural nonmetallic mineral was used as follows based on the total weight.

      First, 3% of silicic acid 3% kaolin 5% talc 2% jade powder 5% calcium carbonate 15% bicarbonate 3% was used as a natural nonmetallic mineral having the effect of hiding the far infrared radiation and hiding power during application and deodorization.

      The natural nonmetallic minerals used here are to be pulverized into fine particles, and the finer the particles are, the better the effect is.

      In addition, 20% of silver solution purified water and 25% of fresh water were used in order to make the wall easier to use for the adhesion of the wall and for the clear implementation of the multicolored color.

      The use of fresh water is because ordinary bottled water contains a large amount of metal components, so it is necessary to remove the metal components so that no metal components are contained at all. Various methods may be used as a method for increasing and obtaining such fresh water and silver solution, but in the present invention, jade and pine needles capable of removing the metal to obtain fresh water and smell the silver solution at the same time. Brush flavor using acacia flower concentrate. One's back

      In addition, in order to obtain fresh water using jade stones, pine needles, and acacia flowers, it is possible to ferment fresh water in a bucket filled with jade stones, pine needles and acacia flowers, and then aging them for 30 days. Iron and impurities of jade and activated carbon are precipitated and iron oxides and impurities must be purified and used for a long time.

      In addition, the non-metallic mineral and the water-soluble acrylic binder or the fresh water and silver solution have different specific gravity, so that the specific gravity of the non-metallic mineral and the water-soluble acrylic solution will be settled evenly after being stirred for uniform mixing. 0.022% of QP mecelose was used to smooth spray.

      In addition, 0.02% of liquid alkaline thickener was used to adjust the overall viscosity of fresh water and silver solution, and 0.015% of acidic jelly thickener was used to control the flow viscosity when applying non-metallic minerals with higher specific gravity than fresh water and silver solution. Used.

      When the alkali liquid thickener and the jelly thickener are stirred, the mixing of the nonmetallic mineral, the water-soluble acrylic binder, and the fresh water is adjusted to the proper viscosity of the physical property, so as to facilitate the mixing of organic and inorganic physical properties and workability.

      At this time, when dried in wall condition, 0.12% of a physical adhesive for preventing cracking of wall condition is used, and a physical dispersant for evenly spreading for even mixing of different ones during mixing by stirring. 0.28 is used, and antifoaming agent 0.1 is used to suppress bubble formation inevitably generated during stirring, and wetting agent 0.05 is used by fresh water and changes in external environment.

      Such adhesives, dispersants, defoamers and wetting agents are commonly used in the manufacture of wall paints (aka paints).

      In addition, the present invention does not require a separate process for concealment by applying a non-metallic mineral once, so when a separate concealment force is specifically required, 5% per branch to prevent such concealment may be mixed in an appropriate amount.

      These lands will use limestone as their main raw material.

      In addition, in the present invention, the particles of the natural non-metallic mineral are finer and easier to disperse, as well as easy to disperse. In the present invention, the particles may be pulverized to 1250-1300 mesh, but may be pulverized.

      In addition, the use of natural non-metallic minerals to prevent the occurrence of yellowing by the situation, the use of fresh water and silver solution is to prevent the discoloration caused by the metal components contained in the water, In order to make the fragrance emanate with pine needles and acacia, the fragrance is mixed with 1% of melamine resin, 0.06% of fragrance, 2% of sodium carbonate and 0.333% of emulsifier.

      Sodium carbonate facilitates the formation of mucous membranes filled with fragrance molecules, and emulsifiers disperse physical elements in the form of chopped so that the fragrance is encapsulated into capsule membranes. It is effective in removing the odor peculiar to wall paint and lasting the life of fragrance for a long time.

      In addition, jade and activated carbon have excellent effect of removing iron and impurities by precipitation and oxidation, and when using precipitation and oxidized fresh water as above, it has a significant effect on preventing yellowing.

      In addition, to store for a long time, usually use an appropriate amount of preservatives, because it is water-soluble, to prevent freezing in the winter to use a freeze-proof agent, and to adjust the brightness as necessary high brightness. It is used to adjust the brightness of the color by using a hardening agent, and to use the pattern color for various colors.

      In addition, the thickener for the mixing of fresh water and natural non-metallic minerals is to neutralize by using acid and alkali to solve the problem of discoloration by oxidation.

      Since such blends have different physical properties depending on the ease of use and environmental changes due to minute differences in blending amounts, a small amount of variation occurs in winter, summer, or seasons, but such changes do not change the realization of the present invention.

      In addition, in order to implement a multicolored color, it is used by coloring a natural nonmetallic mineral. This coloring is performed by first drying the nonmetallic mineral sufficiently, and then applying a colorant so that the colorant penetrates into the inside of the nonmetallic mineral to contain moisture. In the case of blending in the water-containing state, the colored non-metallic minerals do not contain water, so that the color is naturally exposed during wall application, and the color is expressed. If it is colored as it is expressed as it is, it is possible to implement a multicolored color.

      Therefore, the paint of the present invention does not burn due to the use of inorganic materials, and also does not discolor due to no chemical reactions. It becomes possible.

    Also silver solution and melamine resin. By mixing a certain proportion of liquid chemicals and dispersing liquid molecules into grains, and adding emulsifiers that can be embedded in chopped capsules, natural fragrances are naturally decomposed by photocatalysts, resulting in long-lasting fragrances. Functional, antibacterial, antiseptic, deodorant)

      1 is a block diagram showing a manufacturing process of the present invention.

Claims (8)

      Natural nonmetallic minerals crushed into 1250-1300 mesh 33% Water-soluble acrylic binder 18% Fresh water and silver solution 45% Melamine resin 1% Flavor 0.06% Sodium carbonate 2% Emulsion 0.333% Proper amount of anti-settling agent and thickener A method for producing a thin-walled coating agent having a nanophotocatalyst capsule flavor using a non-metallic mineral.       The method of claim 1, wherein the natural nonmetallic mineral is silicic acid, kaolin, talc or jade powder, or bicarbonate.       The method of manufacturing a thin-walled coating agent having a nano-photocatalyst encapsulation using non-metallic minerals according to claim 1, wherein 3% kaolinic acid 5% talc 2% jade powder 5% bicarbonate 3% is used as a natural nonmetallic mineral. .       The non-metallic material of claim 1, wherein the water-soluble acrylic binder having an excellent transparency is used at 18%, and the fresh water and silver solution are used at 45% for adhesion to the wall and to realize a clear color. A method for producing a thin wall coating agent having a nanophotocatalyst capsule flavor using minerals.       The method of claim 1, wherein the fresh water and the silver solution are prepared by a process of precipitating, oxidizing, and removing iron and impurities by charging fresh water in a barrel filled with pine needles, acacia, jade, and activated carbon for 30 days. Method for producing a thin-walled coating agent having a nano-photocatalyst capsule flavor using a non-metallic mineral.       The anti-settling agent according to claim 1, wherein the workability. A method for producing a thin-walled coating agent having a nanophotocatalyst encapsulated aroma using a non-metallic mineral, characterized by using 0.022% of QP mecelose, which is slippery.       The thickening agent according to claim 1, wherein the thickener is an acidic jelly thickener to control the flow viscosity during the application of a nonmetallic mineral having a high specific gravity of 0.02% in liquid to adjust the overall physical properties of the mixture, the fresh water and the silver solution. A method for producing a thin wall coating agent having a nanophotocatalyst capsule flavor using a non-metallic mineral, characterized by using 0.015%.       According to claim 1, Melamine resin 1% fragrance 0.06% sodium carbonate 2% emulsifier 0.333% in order to maintain the long-lasting flavor divergence Manufacturing method.