KR200329330Y1 - Wood tile using gold - Google Patents

Abstract

The present invention relates to a tile used for decoration of interior and exterior of a building,

Wood layer consisting of the material of the wood; An adhesive layer applied on top of the wood layer and composed of acrylic acid; A metal thin film layer formed by attaching a thin metal film to be formed on top of the adhesive layer; A protective layer coated on the metal thin film layer and composed of acrylic acid; And it is characterized by consisting of a special protective layer consisting of a urethane and a curing agent.

Wooden tiles with metal thin films are used as interior and exterior materials of the building, thereby enhancing the decorative effect of the metal and increasing the value of the building. In particular, it is possible to obtain a distinct metal color by directly shaping the metal thin film to obtain a more distinct effect.

Wood tiles with metal thin film can solve the pollution problem because lignin, a by-product of the pulp industry, is used.

In addition, since the tiles are made of wood, the weight of the tiles can be reduced, and there is no risk of breaking, thereby reducing the cost of internal and external materials.

Description

Wood Tile with Metal Thin Film {WOOD TILE USING GOLD}

The present invention relates to a tile used for decorating a building's interior and exterior. In more detail, a metal thin film is coated using an adhesive on the tile, and a double layer of protection is formed on the top of the metal film to change moisture and external environment. The present invention relates to a wood tile having a metal thin film attached thereto to prevent the metal thin film from falling off the tile and damage to the metal thin film.

Generally, tiles are used as interior and exterior materials of buildings, and are made of ceramics and ceramics, and specific shapes, colors, etc. are formed on the visible surface to enhance aesthetics.

These tiles are attached using tile cement or tile adhesive where the tiles are to be constructed, depending on the intended use.

Increasingly, people's lives became richer and their interest in health increased, which led to a great deal of interest in food and living conditions. This interest has led to the use of substances that are beneficial to health in interior and exterior materials of buildings.

Gold has long been used to treat human diseases, believed to have a good effect on skin ulcers and pain in the hands and feet, and was anti-aging. In recent years, the efficacy of gold has been more medically recognized, and gold-containing gold cyanide and chlorinated bacteria have the effect of inhibiting the growth of bacillus, which causes tuberculosis, and other gold compounds, such as asthma and rheumatism. It is known to have efficacy.

And, early in the Dongbobom gold is said to help the nerve stabilizing effect, and the ability to purify toxic substances out of the body and detoxification and skin cleansing ability is effective for skin diseases. In addition, it is said that bringing gold closer to the human body clears the mind, stabilizes the mind, protects the detoxification and the five intestines, removes waste, cleanses the skin, and releases hormones, which has great effects on skin diseases, arthritis, neuralgia, etc. have.

In addition, since gold is very stable chemically, the color does not change and the color is beautiful, so it is widely used as an ornament, and gold is used as an ornament to indirectly obtain the effect of gold.

However, as people's living standards gradually increase, these golds are used only as ornaments, and the jewelry is brought closer to the body to obtain the benefits of gold, and gradually the range of gold is used to be consumed as food or cosmetics. By using gold injection, the effect of gold on the human body can be easily applied, and the use area of gold continues to expand.

When this gold is attached to the tiles used for the interior and exterior of the building, the color of the tiles can be beautiful and the aesthetics can be improved, and the energy of the gold in the building can greatly help the health of the people in the building. Can be. Therefore, it has been devised to attach gold to tiles. In addition to using gold, it has also been devised to use metals beneficial to the human body.

Plating may be considered by attaching metal to the tile, and plating on the tile is generally such that the plating solution is attached to the tile by chemical action.

However, these plating solutions not only use gold but also mix different chemicals when making the plating solution (actually about 50% purity), so the color of the metal changes over time. And, even if the heat treatment or coating separately can not solve the problem that the color changes. In addition, since the pure metal is not used, the effect of using the metal cannot be sufficiently obtained.

When the metal tile is used in the bathroom, the moisture of the bathroom is absorbed from the tile attached to the wall. In general, tiles should be absorbed when the humidity is high and dried when the humidity is low so that the space such as the bathroom can be used comfortably. However, if the absorption and drying process of the water is repeated for a certain period of time, a problem occurs that the metal thin film is damaged by the absorbed moisture.

In addition, general porcelain tiles may be easily broken due to transport and storage errors or in the process of interior and exterior process, so that the cost of building the building is increased because the manufactured tiles cannot be used.

Therefore, the present invention was created to solve the problems of the prior art, an object of the present invention is to form a thin metal thin film by covering the pure metal without plating, and the formed metal thin film to the wooden tile using an adhesive To provide a protective layer for attaching and protecting the metal thin film on top of it to provide a wood tile is attached to the metal thin film is not easily broken even after a long time passes.

In order to achieve the above object, the wooden tile to which the metal thin film according to the present invention is attached comprises a wood layer made of a material of wood; An adhesive layer applied on top of the wood tile and composed of acrylic acid and ester; A metal thin film layer formed by attaching a thin metal film to be formed on top of an adhesive layer; A protective layer coated on the metal thin film layer and composed of acrylic acid and an ester; And it is characterized by consisting of a special protective layer consisting of a urethane and a curing agent.

In addition, in the wood tile to which the metal thin film according to the present invention is attached, the wood layer is characterized in that the pulp by-product is composed of lignin, the ester layer of the adhesive layer and the protective layer ks penetrant, coh dispersant, It is characterized by consisting of a d5 adhesive and a diluent, the metal thin film layer is characterized in that any one of gold foil, silver foil, copper foil, aluminum foil.

In addition, the ks penetrant, coh dispersant, d5 adhesive and diluent are characterized in that the ratio of 6: 0.6: 30:30 in order.

1 is a diagram showing a cross-sectional view of a wood tile to which a gold thin film is attached.

*** Explanation of symbols in drawings ***

10: wood layer 20: adhesive layer

30: gold thin film layer 40: protective layer

50: special protective layer

The present invention will be more clearly understood from the following description, in comparison with the prior art, with reference to the accompanying drawings.

1 is a diagram showing a cross-sectional view of a wood tile to which a metal thin film is attached. Referring to Figure 1 as follows.

The wood tile to which the metal thin film according to the present invention is attached consists of a wood layer 10, an adhesive layer 20, a gold foil layer 30, a protective layer 40 and a special protective layer 50 in order from the bottom. It is.

In the bottom of the wood layer 10 in Figure 1 is lignin to form a wooden board of a certain size using the lignin which is a by-product of the pulp industry is used as the wooden layer (10). Lignin, along with cellulose and hemicellulose, is a constituent of wood, and its chemical structure is not clear, but it is estimated to be between C18H24O11 and C40H45O18. It is contained 25 to 30% in conifers and 20 to 25% in hardwoods. Since it is not found in lower and aquatic plants, it is thought to be closely related to the evolution of terrestrial higher plants. The content of lignin decreases as the wood is collected from the upper part, the core part is more than the sapwood part, and the autumn part is more than the spring part. The color reaction of lignin is an important data for the progress of woodlization and the identification of conifers and hardwoods. Lignin is released as a by-product of the pulp industry and is a serious pollution problem.

In addition, the surface of the wood layer 10 is uneven in nature, so that the wood layer 10 is easily adhered to the wall surface.

The adhesive layer 20 of the present invention is for the gold foil layer 30 to be firmly adhered to the wooden layer 10. The adhesive layer 20 is applied on the wooden layer 10, and the main component is acrylic acid and includes an ester. Use And the component ratio of acrylic acid and ester has a ratio of 5: 5.

In addition, the adhesive layer 20 also plays a role of waterproofing so that the gold foil layer 30 is less affected by moisture.

The adhesive layer 20 of the present invention is for the gold foil layer 30 to be firmly adhered to the wood layer 10, and is applied on the wood layer 10, and the main component is composed of acrylic acid and an ester. Use an adhesive containing). And the component ratio of acrylic acid and ester shall be 5: 5. The adhesive layer 20 also serves as a waterproofing to reduce the effect of the gold foil layer is moisture.

The ester is used as ks penetrant, coh dispersant, d5 coagulant, diluent and has a component ratio of 6: 0.6: 30: 30 in this order.

The ks penetrant is prepared by mixing ethyl acetate and cellulose, and the coh dispersant is a titanic acid dispersant, which is prepared by mixing tartanic acid and ethylene glycol. In addition, the d5 coagulant is a polyamide coagulant, and is prepared by mixing polyester resin, toluene and fatty acid. The diluent is a diluent of polyurethane, and is prepared by mixing ethyl acetate, toluene and acetone.

Gold foil layer 30 is composed of a thin gold foil made of pure gold, it is made of pure gold to obtain a greater effect of gold, and the unique color of gold is also more apparent. And, unlike ordinary metals, gold has a relatively low melting point and excellent ductility, and can be formed into a thin film having a thickness of 1 / 10000mm. A gold thread having a length of 2.800m can be extracted with 1 gram of gold. Therefore, the thin gold foil layer 30 can be formed using the above-described properties of gold.

The process of forming the gold foil layer 30, first, by applying heat to the gold to make the gold softened in a rolling mill in a state made gold foil. Then, cut the gold foil to an appropriate size to make a golden leaf plate and sandwich it between two layers of paper. At this time, use specially designed paper so that the golden plate is not pressed against the paper.

By using the properties of the gold, the gold-clad plate between two layers of paper is left for a long time to produce a very thin metal thin film, and the thickness of the gold foil layer 30 preferably has a thickness of 1/1000 mm.

The gold foil formed through the above process is attached to the wooden layer 10, the adhesive layer 20 is formed. The gold foil layer 30 is formed before the adhesive layer 20 is completely hardened.

Gold foil layer 30 is to raise the gold leaf in a thin plate using a person's breath and then put it on top of the wooden layer 10 so that the gold foil layer 30 is attached to the wooden layer 10 by an adhesive. . After being attached to the wooden layer 10 using a cloth or sponge to press the gold foil layer 30 does not lift. The protective layer 40 is coated on the upper portion of the formed gold foil layer 30 so that the gold foil is not peeled off.

The protective layer 40 is a layer which protects the gold foil layer 30 by coating the upper part after the gold foil layer 30 is formed on the wood layer 10, and has acrylic acid as the main component such as the adhesive layer 20. Contains the components of the ester. The component ratio of acrylic acid and ester of the protective layer 40 is preferably adjusted to 5: 3, and the ester has the same constitution as that of the ester used for the adhesive layer 20, and the ks penetrant, the coh dispersant, the d5 adhesive, and the diluent are used. It consists of and has a component ratio of 6: 0.6: 30: 30 in order. In addition, the protective layer 40 plays a role of waterproofing like the adhesive layer 20 to prevent moisture from penetrating into the gold foil layer 30.

After coating the protective layer 40 on the top of the gold foil layer 30 to dry and cool for about 30 minutes at a temperature of 60 degrees Celsius or more to primarily complete the gold tile.

However, the gold tiles thus formed may be damaged to the protective layer 40 by scratching, etc., thereby preventing the gold foil layer 30 from being sufficiently protected.

Therefore, the special protective layer 50 is to be coated on top of the gold tile.

The special protective layer 50 is formed using a two-component urethane transparent paint excellent in gloss, shine, smoothness, firmness and durability.

The component of the special protective layer 50 is formed by mixing a non-yellowing isocyanate used as a curing agent in the acrylic polyol resin and coating the upper portion of the protective layer 40. Then, after coating the special protective layer 50 is dried in about five days in the natural state or finished or dried for more than 30 minutes at 60 degrees Celsius or more to complete the gold tile.

As the component of the special protective layer 50, it is also possible to use synthetic resin such as nylon, polyester or acrylic.

When attaching the wood tile configured as above to the wall or ceiling, glass adhesive or other easily corrosive chemical adhesive should not be used. Rubber glue or glue glue should be used.

Instead of forming the gold foil layer 30 with gold, metals beneficial to the human body, such as silver, copper, and aluminum, are formed in the same manner as the gold foil layer 30 to form silver foil, copper foil, aluminum foil, and the adhesive layer 20. It is also possible to form the wood tile to which silver foil, copper foil, and aluminum foil are affixed by sticking.

According to the wood tile with the metal thin film according to the present invention, since the wood tile with the metal thin film is formed as the interior and exterior materials of the building, it is possible to increase the decorative value by the gold and increase the value of the building. Benefits can benefit people. In particular, the metal thin film can be directly shaped to obtain a distinct gold color, thereby obtaining a more distinct effect.

Wood tiles with metal thin film can solve the pollution problem because lignin, a by-product of the pulp industry, is used.

In addition, since the tiles are made of wood, the weight of the tiles can be reduced, and there is no risk of breaking, thereby reducing the cost of internal and external materials.

While preferred embodiments of the present invention have been described using specific terms, such descriptions are for illustrative purposes only, and it is understood that various changes and modifications may be made without departing from the spirit and scope of the following claims. Should be done.

Claims (5)

Wood layer consisting of the material of the wood; An adhesive layer applied on top of the wood tile and composed of acrylic acid and ester; A metal thin film layer formed by attaching a thin metal to be formed on top of the adhesive layer; A protective layer coated on the metal thin film layer and composed of acrylic acid and an ester; And Wood tile with a metal thin film, characterized in that consisting of a special protective layer consisting of a urethane and a curing agent. The method of claim 1, The wood layer is attached to a metal thin film, characterized in that consisting of lignin, a pulp by-product. The method of claim 1, And said ester of said adhesive layer and said protective layer comprises a ks penetrant, a coh dispersant, a d5 adhesive and a diluent. The method of claim 1, The metal thin film layer is a wooden tile with a metal thin film, characterized in that any one of gold foil, silver foil, copper foil, aluminum foil. The method of claim 3, Wherein the ks penetrant, coh dispersant, d5 adhesive and diluent in order to have a metal thin film porcelain tile, characterized in that the ratio of 6: 0.6: 30:30.