KR19980050621A - Synthetic resin wallpaper composition with health promotion and protective function and its manufacturing method - Google Patents

Abstract

The present invention is a combination of a synthetic resin and far-infrared radioactive ceramics material in a certain range, so that the coating treatment on the base paper, while absorbing and removing radon, which is harmful to the human body, in use, deodorizing insulation, moisture retention, antimicrobial properties, etc. This improvement relates to the workmanship of wallpaper compositions that improve the disadvantages of houses made of concrete structures.

Description

Synthetic resin wallpaper composition with health promotion and protective function and its manufacturing method

The present invention relates to a snowy wallpaper. In particular, the present invention relates to a wallpaper composition and a method of manufacturing the same, which are configured to improve the health of the human body by using a ceramic material having excellent thermal insulation, moisture retention, insect repellent, ventilation, and far-infrared radiation.

Wallpapers using synthetic resins have been provided in various ways, and in particular, foamed wallpapers have been widely used because they have excellent sound absorption insulation and do not change color.

However, due to the water impermeability unique to synthetic resins, the back side gets wet and decayed, and due to the peculiarity of the cement skeleton, it is recognized as harmful to the human body due to the release of radon.

Korean Patent Publication No. 94-3069 combines 5-20% by weight of ganban stone of more than 250 mesh and 80-95% by weight of interior coating agent to obtain deodorizing and re-humidifying effect by applying indoor light.

In addition, ceramic materials having a far-infrared radiation function are mixed with cement, and even ondol systems using ocher have been adopted.

The present invention is a combination of synthetic resin and far-infrared radioactive ceramics material in a certain range, so that the coating treatment on the base paper, while absorbing and removing radon, which is harmful to the human body during use, deodorizing insulation, moisturizing, antimicrobial properties while letting a large amount of far-infrared radiation beneficial to the human body The purpose of the present invention is to provide a wallpaper composition that improves the shortcomings of a house made of a concrete structure and to work on the method of manufacturing the same.

Figure 1 (a) (b) (c) (d) is a process conceptual diagram showing the manufacturing process of the present invention, Figure 2 is a cross-sectional structural diagram of the wallpaper of the present invention.

* Explanation of symbols for main parts of the drawings

DESCRIPTION OF SYMBOLS 1: Roller 2: Storage tank 3: Heating tank 4: Roller

5: base layer 6: sodium bicarbonate treatment layer 7: coating layer

The overall manufacturing process of the present invention shows the concept of the process sequence in Figure 1 (a) (b) (c) (d), the cross-sectional view of the manufactured wallpaper is shown in FIG.

The present invention is a wallpaper resin composition kneaded blending filler, plasticizer, presenting agent, etc. in synthetic resin materials such as PVC, PE, dibutyl phthalate, dioctyl phthalate, diisodecyl phthalate, butyl lauryl phthalrail, di 55-65% by weight of plasticizer of any one or mixture of tridecylphthalate, butylbenzylphthalate, 2-3% by weight of blowing agent such as freon gas or azodi carbonamide, barium stearate, zinc stearate, calcium stearate or stearic acid Stabilizer 2-3% by weight of any one of cadmium or a mixture thereof, 10-12% by weight of titanium dioxide and 25-30% by weight of calcium carbonate, 35-45% by weight of the mixture I, and one of PVC and PE 45-52% by weight of mixture II consisting of 80-90% by weight of synthetic resin, 20-30% by weight of ceramic raw material powder, 5-10% by weight of water modifier, 3-5% by weight of viscosity inhibitor, and PVC-copolymer 5-8% weight%, 18-10% by weight of the acrylic resin, 5-8% by weight of polyester polyol resin, 22-27% by weight of toluene, 32-37% by weight of methyl ethyl ketone, 8-10% by weight of anhydrous zeolite III 6-10% by weight Resin composition for wallpaper composed of%.

The ceramic material used in the present invention is a mixture of alum, quartz, germanium and zeolite in the same weight ratio, and has a particle size of at least 600 mesh.

The composition of the present invention is prepared as follows.

First, the blowing agent, stabilizer, and titanium dioxide of the mixture I are dissolved in a plasticizer in this order, and then calcium carbonate is added and stirred well.

After dissolving the synthetic resin in the prepared mixture I and dissolving it, the ceramic material is added and then stirred and mixed again for at least 20 minutes, and the resin modifier is added again and stirred for at least 10 minutes.

PVC-copolymer, modified acrylic resin, polyester boliool resin and toluene were mixed in methyl ethyl ketone and stirred for 20-30 minutes. Then, anhydrous zeolite was added and stirred for about 15-20 minutes to prepare the desired coating composition. Get

The wallpaper manufacturing process based on the above coating composition is demonstrated.

Back surface processing process

A sodium bicarbonate aqueous solution containing 5% by weight of sodium bicarbonate was sprayed onto the back of the paperworm 5 before the uniform pattern was formed, and then dried to form a sodium bicarbonate treated layer 6 on the back of the winch 5.

Primary coating process

After the back surface treated with sodium bicarbonate on the winch-shaped roller (1) and passed through the coating liquid reservoir (2) containing the mixture of the mixtures I and II of the present invention to be coated on the upper surface.

Subsequently, it is passed through a heating bath 3 of 220-260 ° C. and cured to form a coating layer 7.

Printing process

The original coated paper was hanged on the printing machine roller 4, and then ligamented by a known method to form the printing layer 8, and surface treated with the mixture III so as not to damage the printed portion, and then 50-60 m / min. Drying at 230-240 ° C. at a rate constitutes the final surface coating layer 9.

The component of the ceramic material of this invention is as follows.

Far infrared radiation test path using the wallpaper of the present invention is as follows.

Commercial device: FT-lR Stack Trometer

Test period: Korea Building Materials Testing & Research Institute

233-5, Gasan-dong, Geumcheon-gu, Seoul

Test Date: December 13, 1996

The characteristics of alumite containing the above components are as follows.

1) As it has strong adsorption power and is porous, it has a very large surface area and uses a capillary phenomenon to adsorb and remove heavy metal bacterial contaminants. That is, the anion exchange ability through the catalysis is excellent.

2) It elutes about 45 kinds of star minerals of the human body and maintains the alkalinity of the blood, thus forming the body's growth hormone.

3) By eluting abundant dissolved oxygen, it enriches chemical oxygen demand and biochemical oxygen content, and it gives vitality to the living body with antiseptic action.

4) It maintains the freshness of food by emitting more than 90% of far infrared rays and resonant absorption, and promotes metabolism with increasing taste.

5) Alumite is belonging to feldspar rock among igneous rocks. It is a gemstone that is mixed with feldspar and quartz crystals by eruption and intrusion from the end of the mesozoic to the early stage.

According to the above characteristics, this invention has the following effects.

1) the metabolic promoting effect of the human body

Cement toxic houses and APTs above the third floor do not benefit from the far-infrared rays emitted from the earth, God's gift to man.

As a remedy for this problem, it is possible to create a living space that considers the human environment by selecting a health wallpaper made of alum ore, which is a mysterious ore that emits more than 90% of Win-Infrared rays.

Far-infrared energy radiated more than 90% to the health wallpaper of the present invention has the property to be absorbed by the living body, so the absorbed energy promotes the metabolism of the human body, thereby providing excellent effects on fatigue recovery, anti-aging, and blood circulation activation. do.

2) Creating a pleasant living environment

This health wallpaper exhibits excellent effects such as deodorization, air purification, toxic poisoning, and humidity control, which are unique adsorption characteristics of alum. It creates a pleasant living environment by preventing bacteria, as well as colonization of Escherichia coli and mold.

3) Eliminate Cement Pollution

Cement, which occupies most of modern buildings, has strong alkalis that are harmful to our human body, and strong alkalis, which are emitted when the cement hardens, not only damages human skin but also disturbs the human blood circulation and various nerves. And cause neuropathy. High-rise building syndrome due to high-rise housing is also known to be the main cause of the blockage of land and the harmfulness of cement concrete.

In particular, when radon gas (RADON GAS), which is gradually released from building materials such as cement, marble, and brick, is inhaled into the human body, a high risk of lung cancer has been reported.

The present invention wallpaper utilizing alum is a functional health wallpaper that neutralizes strong alkaline ingredients and absorbs various harmful substances to provide a comfortable living environment freeing various adult diseases of modern people.

Claims (2)

Dibutylphthalate, Dioctyl phthalate, Diisodecyl phthalate, Butyl lauryl phthalate, Ditrile in the resin composition for wallpaper in which the filler, plasticizer, foaming agent, etc. are trained and blended with synthetic resin such as PVC and PE. 55-65% by weight of plasticizer of any one or mixtures of decylphthalate, butylbenzylphthalate, 2-3% by weight foam such as freon gas or azodi carbonamide, barium stearate, zinc stearate, calcium stearate or cadmium stearate 2 to 3% by weight of a stabilizer composed of any one or a mixture thereof, 10-12% by weight of titanium dioxide and 25-30% by weight of calcium carbonate, and a total of 35-45% by weight of synthetic resin comprising one of PVC and PE. 80-90% by weight, raw ceramic powder 20-30% by weight 5-10% by weight of resin modifier, 3-5% by weight of viscosity inhibitor Ⅱ 45-52% by weight of total and 5-8% by weight of PVC-copolymer , A mixture of 18-20% by weight of acrylic resin, 5-8% by weight of polyester polyol resin, 22-27% by weight of toluene, 32-37% by weight of methyl ethyl ketone, 8-12% by weight of anhydrous zeolite III 6-10% by weight Wallpaper resin composition composed of% (% of total). Base back surface processing forming sodium bicarbonate treatment layer (6) on the back of the base paper (5) by spraying a sodium bicarbonate aqueous solution containing 5% by weight of sodium bicarbonate on the back of the base paper (5) having a constant radish lamp fair. After attaching the back surface to the roller (1) in the form of a base paper treated with sodium bicarbonate, it is passed through the coating liquid reservoir (2) containing the material of the mixture I and II of the present invention so that the top surface is coated, and then to 220-260 ℃ The primary coating process of forming a coating layer 7 by passing through a heating bath (3) to be cured. The first coating was applied to the printing machine roller 4, and then printed by a known method to form the printing layer 8, surface-treated with the mixture III so as not to damage the printed portion, and then a speed of 50-60 m / min. Method of producing a wallpaper constituting the final surface coating layer (9) by drying to 230-240 ℃.