KR20060096643A - A coating manufacture method for absorber of volatile organic compounds - Google Patents

Abstract

It is possible to absorb organic chemicals (VOC, HCHO) from newly built buildings and building materials, and to reduce the health problems of sick house syndrome and residents. The method relates to a method comprising: mixing a dispersant and a cryostabilizer to obtain a first mixture; Mixing a film forming agent with the first mixture to obtain a second mixture; Putting the second mixture and the ethylacrylic acid into a stirrer and stirring to obtain a third mixture; Inputting the third mixture and the plurality of functional powders into a wet mill and then grinding to obtain a fourth mixture; Mixing an antimicrobial agent with the fourth mixture to obtain a fifth mixture; Mixing a defoamer to the fifth mixture to obtain a sixth mixture; Mixing a smoothing agent with the sixth mixture to obtain a seventh mixture; Comprising the seventh mixture of the thickener to obtain a finished product, comprising the finished product of the present invention on the surface of the interior concrete, gypsum board, wood, plywood, super medium, interior materials of the building, building walls, building materials In addition, by adsorbing and decomposing harmful substances and harmful gases generated from interior materials, new house syndromes generated in newly constructed buildings and apartments are reduced beforehand to promote the health of residents and provide a pleasant environment.

Functional, paint, charcoal, organic compound, sick house syndrome

Description

A coating manufacture method for absorber of Volatile organic compounds

The present invention relates to a method for producing a paint for adsorption of volatile organic compounds and to the paint, and more particularly, by adsorbing organic chemicals (VOC, HCHO) generated from newly constructed buildings and building materials, It is about helping to reduce health problems in advance.

In general, residents may be exposed to health problems due to harmful substances (VOC, HCHO) from concrete or interior materials such as gypsum board, wood, plywood, and super medium used in concrete or construction of new buildings. You feel unpleasant, called Sick House Syndrome.

The sick house syndrome releases volatile organic compounds from various materials used in newly constructed buildings or apartments, and includes carcinogens such as benzene, toluene, chloroform, acetone, styrene, and formaldehyde.

In addition, harmful gases such as carbon monoxide, carbon dioxide, and ozone generated when a house is built together with the harmful substances are discharged together to pollute indoor air by pollutants such as fine dust and airborne bacteria.

Hazardous substances and harmful gases such as the above may cause symptoms such as headache, irritation of eyes, nose and throat, cough, itching, dizziness, fatigue and decreased concentration in the residents even in a short period of time. Diseases such as heart disease and cancer may also appear.

On the other hand, in order to reduce such damage, residents often ventilate the indoor air or use air purification products. However, this is a temporary measure, which is insufficient to reduce harmful substances and harmful gases emitted continuously for more than 5 years. There was an issue that was.

In addition, it has not been able to reduce harmful substances and harmful gases such as volatile organic chemicals (VOCs) and formaldehyde (HCHO) generated from building materials, interior materials, and concrete walls of buildings. There was a problem.

The present invention to solve the above problems, in the construction process of the building by applying a functional paint on the surface of the building wall and building materials, interior materials, etc. to adsorb the harmful substances and harmful gases to promote the health of residents It is an object of the present invention to provide a method for preparing a paint for adsorption of volatile organic compounds that can reduce the symptoms of sick house syndrome and its coating.

In accordance with another aspect of the present invention, there is provided a method of preparing a paint for adsorption of a volatile organic compound, the method comprising: obtaining a first mixture by mixing a dispersant and a freezing stabilizer; Mixing a film forming agent with the first mixture to obtain a second mixture; Putting the second mixture and the ethylacrylic acid into a stirrer and stirring to obtain a third mixture; Inputting the third mixture and the plurality of functional powders into a wet mill and then grinding to obtain a fourth mixture; Mixing an antimicrobial agent with the fourth mixture to obtain a fifth mixture; Mixing a defoamer to the fifth mixture to obtain a sixth mixture; Mixing a smoothing agent with the sixth mixture to obtain a seventh mixture; It provides a method for producing a paint for adsorption of volatile organic compounds in which a finished product is formed by mixing a thickener with the seventh mixture.

In addition, the functional powder to be mixed with the third mixture is characterized in that the charcoal, zeolite, precious stone.

In addition, the fourth mixture is characterized in that the powder of the particle size of 5μ or less.

In addition, the viscosity of the finished product is characterized in that 300 ~ 1000cP.

And, dispersant: 1.4% by weight, freezing stabilizer: 1.5% by weight, coating film forming agent: 3.1% by weight, functional powder: 16% by weight, ethyl acrylic acid: 78.6% by weight, antibacterial: 0.1% by weight, antifoaming agent: 0.1% by weight It provides a coating material for adsorbing organic compounds mixed in a blending ratio of 0.3% by weight of a leveling agent and 0.7% by weight of a thickener.

On the other hand, in another embodiment, the step of mixing the water and the dispersant to obtain a first mixture; Mixing a cryostabilizer with the first mixture to obtain a second mixture; Mixing a film forming agent with the second mixture to obtain a third mixture; Putting the third mixture and the ethylacrylic acid into a stirrer and stirring to obtain a fourth mixture; Adding the fourth mixture and the plurality of functional powders to a wet mill and then grinding to obtain a fifth mixture; Mixing an antimicrobial agent with the fifth mixture to obtain a sixth mixture; Mixing a defoamer to the sixth mixture to obtain a seventh mixture; Mixing a smoothing agent with the seventh mixture to obtain an eighth mixture; It provides a method for producing a paint for adsorption of volatile organic compounds, comprising the step of obtaining a finished product by mixing a thickener in the eighth mixture.

In addition, the functional powder to be mixed with the fourth mixture is characterized in that the charcoal, zeolite, precious stone.

In addition, the fifth mixture is characterized in that the powder form of a particle size of 5μ or less.

In addition, the viscosity of the finished product is characterized in that 300 ~ 1000cP.

On the other hand, water: 14.9% by weight, dispersant: 1.4% by weight, freezing stabilizer: 1.5% by weight, coating film forming agent: 5% by weight, functional powder: 17% by weight, ethyl acrylic acid: 59% by weight, antibacterial: 0.1% by weight , Antifoaming agent: 0.1% by weight, leveling agent 0.3% by weight, thickener: 0.7% by weight of the organic compound adsorbent coatings are mixed.

(Example 1)

The manufacturing method of the paint for adsorption of volatile organic compounds which concerns on this invention, and its paint are demonstrated.

The manufacturing method of the paint for adsorption of volatile organic compounds according to the present invention,

The dispersant and the freeze stabilizer are mixed to obtain a first mixture.

The amount of the dispersant of the first mixture may vary depending on the size and inhalation of the particles of the functional powder to be mixed later, and the cryostabilizer is to prevent freezing during low-temperature storage of the finished product to be finished later, if the place is easy to store at room temperature The addition can be omitted.

Then, the film-forming agent is mixed with the first mixture to obtain a second mixture.

The film forming agent mixed in the second mixture is used to prevent cracking of the coating film.

Then, the second mixture and the ethylacrylic acid are added to the stirrer and stirred to obtain a third mixture.

Ethyl acrylic acid (EAA) is a copolymerized material of acryl and ethylene, according to the US National Institutes of Health, it does not emit carcinogens, so it is harmless to the human body to be used as an inlay of a confectionery bag, and has excellent effects of water resistance and alkali resistance.

In addition, the content of ethylacrylic acid (EAA) is different depending on the solids content of the ethylacrylic acid content of the acrylic acrylic acid adopted in the present invention can be used alone without the use of water because the practice of the present invention No water is used during the manufacturing process of Example 1.

On the other hand, the third mixture and a plurality of functional powder is put into a wet mill and then pulverized to obtain a fourth mixture.

In the state of mixing the third mixture and the functional powder consisting of charcoal, zeolite and noble stone of each particle size of 350mesh powder, it is put into a wet grinder and pulverized into a powder having a particle size of 5μ or less to form a fourth mixture. do.

In this case, the reason for adopting the wet grinding method is that the fine powder of 350 mesh or more can be obtained by grinding the char, which is one of the functional powders mixed with the third mixture, by dry grinding, but the char is sensitive to the change of moisture. This is because there is a problem in that the re-agglomeration occurs, processing costs and manpower consumption to select only the powder by evaporating the water.

In addition, the particle size of the fourth mixture is 5 µm in powder form to ensure storage safety, to prevent sedimentation, to prevent a large surface area, and to prevent bud nacelle.

Then, an antimicrobial agent is mixed with the fourth mixture to obtain a fifth mixture.

The reason for mixing the antimicrobial agent in the fourth mixture is that when a certain amount of coating liquid forms a coating film on the dried film, bacteria in the air and gom palm penetrate into the dried product to increase the viscosity during storage of the finished product and the finished product in a gel state This is to prevent the agglomeration phenomenon and odor from occurring.

Then, a defoaming agent is mixed with the fifth mixture to obtain a sixth mixture.

The reason for mixing the antifoaming agent in the fifth mixture is to remove bubbles generated during agitation. If bubbles are generated during the manufacturing process, surface defects are applied when painting the finished product to be finished on the surface of the building wall, building material, or interior material. This occurs, and when the finished product is contained in the container because the problem that can not contain the optimum amount occurs.

On the other hand, a smoothing agent is mixed with the sixth mixture to obtain a seventh mixture.

The reason for mixing the smoothing agent in the sixth mixture is to form a coating film of 20μ or more before the liquid paint coated on the coating surface dries, and when the coating film becomes thick, the coating surface is irregularly embossed. It is like a towering shape, and when the egg yolk bursts, it spreads evenly to the surface. Thus, the leveling agent plays the same role as the egg yolk bursting the irregularly painted surface.

Then, a thickener is mixed with the seventh mixture to obtain a finished product.

The thickener to be mixed in the seventh mixture is to prevent sedimentation and storage stability of the paint.

The finished product produced by the above manufacturing method is a gel-like paint, the viscosity is appropriate 300 ~ 1000cP.

If the viscosity of the finished product is 300cP or less, the amount of ejection of the coating film at the time of coating is small and should be applied several times, if the coating film is thicker than 1000cP takes a lot of drying time.

In addition, since the finished product of the present invention has a low viscosity of 300 to 1000 cP, it is possible to use a spray gun or an airless using the air pressure generated by the compressor operation, and by using this, it is simply painted on the walls of buildings, building materials, and interior materials. can do.

On the other hand, the finished product compounding ratio of the gel state prepared according to the above production method is as follows.

Dispersant: 1.4 wt%, Cryostabilizer: 1.5 wt%, Coating film forming agent: 3.1 wt%, Functional powder: 16 wt%, Ethyl acrylic acid: 78.6 wt%, Antibacterial: 0.1 wt%, Antifoam: 0.1 wt%, Smooth 0.3 wt%, thickener: 0.7 wt%.

By applying the finished product of the present invention with the above compounding ratio to the walls of the building, building materials and interior materials during the building construction process, by adsorbing harmful substances and harmful gases, the sick house syndrome generated in newly built buildings and apartments is reduced in advance. It is to promote the health of the residents.

This is to adsorb the harmful substances and harmful gases by the functional powder, that is, the charcoal, zeolite, noble stone, which is formulated in a certain amount in the finished product of the present invention. The efficacy of the charcoal, zeolite, noble stone of the present invention is as follows.

Charcoal: The charcoal has a porous structure, which is very effective in purifying air and water. The water used for nutrient solution glucose and amino acids used in hospitals is also filtered with charcoal, and activated carbon is also used in gas masks.

In addition, there are effects such as humidity control, negative ion generation, harmful electromagnetic waves, radiation blocking, odor removal, adsorption sterilization and antibacterial activity.

Zeolites: Zeolites have numerous pores, so they kill bacteria very well.

As described above, the effect of killing bacteria is excellent, so as to kill by adsorbing and killing harmful bacteria (Bacteria), organic compounds (Organic compound) and the like, and excellent sterilizing power, and also used as a gas deodorant.

Guiyang stone: Guiyang stone is a natural ore formed by high temperature randomization due to crustal change 65 million years ago.

The finished product of the present invention has a storage safety, workability, and film stability to smooth the process of the functional powder is fixed on the surface of the interior concrete, gypsum board, wood, plywood, super medium, interior material of the building to be harmful substances, harmful By adsorbing and decomposing the gas, volatile organic compounds can be reduced in advance, and the results of experiments on the finished product having the above-described compounding ratio are as follows.

-Table 1 shows the results of the far-infrared emissivity test by applying 20g / m² of the finished product of the present invention to paper as a result of experiment in Korea Building Materials Testing Institute.

-Table 2 shows the test results of ammonia gas deodorizing power by applying 20g / m2 of the finished product of the present invention to paper as a result of experiment in Korea Building Materials Testing Institute.

-Table 3 shows the results of experiments conducted by the Korea Institute for Living Environment Testing, and the results of testing whether the finished product of the present invention conforms to the standards and standards of utensils, containers and packaging.

(Example 2)

On the other hand, in another embodiment of the present invention, in Example 1, the wet grinding is performed by the ethylacrylic seed (EAA) before the functional powder is mixed, and in Example 2, the wet grinding is achieved by mixing water and the functional powder. Way.

This is because the average particle size of the functional powder can be pulverized to 5 μm or less only by wet grinding in Examples 1 and 2.

Hereinafter, the manufacturing method of the organic compound adsorption paint which concerns on this invention, and its paint are demonstrated.

The manufacturing method of the paint for adsorption of volatile organic compounds according to the present invention,

Water and a dispersant are mixed to obtain a first mixture.

The first mixture is formed through a water dispersion process by mixing water and a dispersant, the amount of the dispersant may vary depending on the size and inhalation of the particles of the functional powder to be mixed later.

Then, a freeze stabilizer is mixed with the first mixture to obtain a second mixture.

The reason for mixing the freeze-stabilizer in the second mixture is to prevent freezing during the low temperature storage of the finished product to be completed later, in the case of easy storage at room temperature, the addition may be omitted.

Then, the film-forming agent is mixed with the second mixture to obtain a third mixture.

The film forming agent mixed in the third mixture is used to prevent cracking of the coating film.

On the other hand, the third mixture and the ethylacrylic acid is added to the stirrer and stirred to obtain a fourth mixture.

Ethyl acrylic acid (EAA) is a copolymerized material of acryl and ethylene, according to the US National Institutes of Health, it does not emit carcinogens, so it is harmless to the human body to be used as an inlay of a confectionery bag, and has excellent effects of water resistance and alkali resistance.

In addition, the content of ethylacrylic acid (EAA) is different in the water content according to the solids content of the ethylacrylic acid, water is used in the manufacturing process of Example 2 of the present invention.

Then, the fourth mixture and the plurality of functional powders are charged into a wet mill and then ground to obtain a fifth mixture.

The fourth mixture was mixed into a wet mill in a state in which a functional powder composed of char, zeolite, and jewels having a particle size of 350 mesh was mixed into a wet mill, thereby grinding into a powder having a particle size of 5 μ or less to form a fifth mixture. do.

At this time, the reason for adopting the wet grinding method is that the fine powder of 350 mesh or more can be obtained by grinding the char, which is one of the functional powders mixed with the fourth mixture by dry grinding, but the char is sensitive to the change in moisture. This is because there is a problem in that the re-agglomeration occurs, processing costs and manpower consumption to select only the powder by evaporating the water.

In addition, the reason why the particle size of the fifth mixture is 5 µm in powder form is to ensure storage safety, to prevent sedimentation, to prevent a large surface area, and to prevent bud nacelle.

Then, the antimicrobial agent is mixed with the fifth mixture to obtain a sixth mixture.

The reason for mixing the antimicrobial agent in the fifth mixture is that when a certain amount of coating liquid forms a coating film on the dried film, bacteria and fungi in the air penetrate into the dried film, resulting in an increase in viscosity and gel state when the finished product is stored. This is to prevent the agglomeration phenomenon and odor from occurring.

On the other hand, an antifoaming agent is mixed with the sixth mixture to obtain a seventh mixture.

The reason for mixing the antifoaming agent in the sixth mixture is to remove bubbles generated during agitation. If bubbles are generated during the manufacturing process, when the finished product to be finished is coated on the surface of the wall of the building, the building material, or the interior material, the surface is poor. This occurs, and when the finished product is contained in the container because the problem that can not contain the optimum amount occurs.

On the other hand, a smoothing agent is mixed with the seventh mixture to obtain an eighth mixture.

The reason for mixing the smoothing agent in the seventh mixture is to form a coating film of 20μ or more before the liquid paint coated on the coating surface dries. When the coating film becomes thick, the coating surface is irregularly embossed. It is like a towering shape, and when the egg yolk bursts, it spreads evenly to the surface. Thus, the leveling agent plays the same role as the egg yolk bursting the irregularly painted surface.

Then, a thickener is mixed with the eighth mixture to obtain a finished product.

The thickener to be mixed in the eighth mixture is to prevent the sedimentation and storage stability of the paint.

The finished product produced by the above manufacturing method is a gel-like paint, the viscosity is appropriate 300 ~ 1000cP.

If the viscosity of the finished product is 300cP or less, the amount of ejection of the coating film at the time of coating is small and should be applied several times, if the coating film is thicker than 1000cP takes a lot of drying time.

In addition, since the finished product of the present invention has a low viscosity of 300 to 1000 cP, it is possible to use a spray gun or an airless using the air pressure generated by the compressor operation, and by using this, it is simply painted on the walls of buildings, building materials, and interior materials. can do.

On the other hand, the finished product formulation ratio of the gel state prepared according to the above production method is as follows.

Water: 14.9% by weight, dispersant: 1.4% by weight, freeze stabilizer: 1.5% by weight, coating agent: 5% by weight, functional powder: 17% by weight, ethylacrylic acid: 59% by weight, antibacterial: 0.1% by weight, antifoam : 0.1 weight%, the leveling agent 0.3 weight%, and a thickener: 0.7 weight%.

Here, the difference between Example 2 and Example 1 is that Example 2 is a difference in that water is used during the manufacturing process, but Example 1 is no difference in the use of water, except that the composition of each composition used in the mixing process Uses and functions are the same as in Example 1 and Example 2.

In addition, in the finished product composition of Example 2 and its blending ratio is further added water in the finished product composition of Example 1, the blending ratio is also different as water is added.

The manufacturing method of the paint for adsorption of volatile organic compounds and the paint according to the present invention include the finished product of the present invention on the surface of the interior concrete, gypsum board, wood, plywood, super medium, interior material of the building, building walls, building materials In addition, by adsorbing and decomposing harmful substances and harmful gases generated from interior materials, new house syndromes generated in newly constructed buildings and apartments are reduced beforehand to promote the health of residents and provide a pleasant environment.

In the above, the present invention has been described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention is not limited to the scope of the present invention. Various changes and modifications can be made by the user.

Claims (10)

Mixing a dispersant and a cryostabilizer to obtain a first mixture; Mixing a film forming agent with the first mixture to obtain a second mixture; Putting the second mixture and the ethylacrylic acid into a stirrer and stirring to obtain a third mixture; Inputting the third mixture and the plurality of functional powders into a wet mill and then grinding to obtain a fourth mixture; Mixing an antimicrobial agent with the fourth mixture to obtain a fifth mixture; Mixing a defoamer to the fifth mixture to obtain a sixth mixture; Mixing a smoothing agent with the sixth mixture to obtain a seventh mixture; A method for producing a paint for adsorption of volatile organic compounds, comprising the step of obtaining a finished product by mixing a thickener with the seventh mixture. The method of claim 1, The functional powder to be mixed with the third mixture is a method for producing a paint for adsorption of volatile organic compounds, characterized in that the charcoal, zeolite, noble stone. The method of claim 1, The fourth mixture is a method for producing a paint for adsorption of volatile organic compounds, characterized in that the powder has a particle size of 5 μ or less. The method of claim 1, Method for producing a paint for adsorption of volatile organic compounds, characterized in that the viscosity of the finished product is 300 ~ 1000 cP. Dispersant: 1.4 wt%, Cryostabilizer: 1.5 wt%, Coating film forming agent: 3.1 wt%, Functional powder: 16 wt%, Ethyl acrylic acid: 78.6 wt%, Antibacterial: 0.1 wt%, Antifoam: 0.1 wt%, Smooth 0.3 wt%, thickener: paint for adsorption of volatile organic compounds, characterized in that mixed in a blending ratio of 0.7 wt%. Mixing water and a dispersant to obtain a first mixture; Mixing a cryostabilizer with the first mixture to obtain a second mixture; Mixing a film forming agent with the second mixture to obtain a third mixture; Putting the third mixture and the ethylacrylic acid into a stirrer and stirring to obtain a fourth mixture; Adding the fourth mixture and the plurality of functional powders to a wet mill and then grinding to obtain a fifth mixture; Mixing an antimicrobial agent with the fifth mixture to obtain a sixth mixture; Mixing a defoamer to the sixth mixture to obtain a seventh mixture; Mixing a smoothing agent with the seventh mixture to obtain an eighth mixture; Mixing a thickener in the eighth mixture to obtain a finished product, characterized in that the manufacturing method of the paint for adsorption of volatile organic compounds. The method of claim 6, The functional powder to be mixed with the fourth mixture is a method for producing a paint for adsorption of volatile organic compounds, characterized in that charcoal, zeolite, and noble stone. The method of claim 6, The fifth mixture is a method for producing a paint for adsorption of volatile organic compounds, characterized in that the powder form having a particle size of 5 μ or less. The method of claim 6, Method for producing a paint for adsorption of volatile organic compounds, characterized in that the viscosity of the finished product is 300 ~ 1000 cP. Water: 14.9% by weight, dispersant: 1.4% by weight, freeze stabilizer: 1.5% by weight, coating agent: 5% by weight, functional powder: 17% by weight, ethylacrylic acid: 59% by weight, antibacterial: 0.1% by weight, antifoam : 0.1% by weight, 0.3% by weight of a leveling agent, thickener: 0.7% by weight of a mixture for adsorbing volatile organic compounds, characterized in that the mixture.