KR100605538B1 - Color glass tile for wet process of construction - Google Patents

Abstract

The present invention relates to a color glass tile capable of wet construction, which is processed to a desired dimension, coated on one side of a washed and dried glass to form an integrated glass, and does not change color even when exposed to ultraviolet light for a long time. Moisture absorption does not occur, the glass's inherent elasticity does not crack, paint and paint does not break at high and low temperatures and dried, and then on top of the paint is mixed with chemicals, cement and silica sand glass or paint Adhesion is made in one piece, moisture absorption does not occur, deformation does not occur in the ultraviolet ray, elastic property that can resist building change, and there is no change in adhesion force even at high temperature, and fireproof adhesive is applied after drying Production of color glass tiles capable of wet construction The present law.

Glass, tile, paint, adhesive, wet, construction, colored    

Description

Color glass tile that can be wet-wet {COLOR GLASS TILE FOR WET PROCESS OF CONSTRUCTION}

1 is a view showing a schematic state diagram of a color glass tile that can be wet construction according to an embodiment of the present invention

Figure 2 is a view showing the approximate state of the cross section possible at the time of the wall construction using a color glass tile capable of wet construction according to an embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

10: glass

20: paint

30, 40: adhesive

50: wall panel

60: caulking

The present invention relates to a color glass tile capable of wet construction, and more particularly, to a color glass tile capable of wet construction using a paint and an adhesive that are integrally bonded to glass for use as an interior or exterior material.

Conventionally, materials used for interior and exterior materials of various buildings are mainly made of stone, concrete, brick, and panel, etc. The exterior of these building materials is generally roughened, and materials such as concrete and stone brick are snow and excellent. It was weathered by repeated absorption and direct evaporation of, and its lifespan was limited, which led to rapid aging of the building.

In addition, the exterior of conventional traditional building materials, including stone and brick, is not only directly exposed to weathering erosion, but also the interior and exterior or panels of paint painted on the outside in place of the unique color of stone, brick and concrete. The walls were also difficult to maintain their original painted state for a long time.

If the exterior wall of the building is made of concrete or brick, it is necessary to frequently repaint due to the cracking and fading of the applied paint due to the fine erosion by the weathering effect. Resulted in an increase.

For these reasons, it is necessary to use a material that requires durability as a building material for forming external and internal walls made of concrete, stone, and brick.

Typically, glass is durable for thousands of years, does not absorb moisture and is completely waterproof.

In addition, when the outer wall or the inner wall of a building is made of conventional stone, mortar, concrete, or brick, only a limited color of brick or concrete can be produced, and various personalities required in modern buildings are expressed. There is no way to do this.

In particular, the composition of the wall surface with natural color was difficult to manage due to the phenomenon that the color of the paint fades easily due to sunlight and the property of staining easily when introduced to the inner wall, and the paint must be repainted periodically. I had a problem.

In addition, even when the reservoir is made of concrete material or when the wall of the concrete material is waterproofed and FRP or SMC is treated, the management of the inside of the reservoir according to the fundamental problem of hygiene and maintenance has consumed a lot of management cost. There was a need for a solution to these management costs and sanitation issues.

In addition, the stone or brick concrete or ceramic tiles used as interior and exterior materials of the conventional building it was difficult to fully express the color of the natural color, and this was due to the side that does not function as a building exterior material suitable for colorful billboards and signs in the commercial district.

In addition, when a stone or tile is directly wetted, solids and solids are adhered to each other so that they cannot cope with changes in the building, causing them to fall off and damage.

In particular, the demand for building exterior materials of new materials has been demanded in the situation where the demand is increasingly expressed in the direction of individuality such as emphasizing the aspect of the modern architecture or marketing the building as a marketing tool. In order to attract the eyes of pedestrians including pedestrians, it was not sufficient as a material for creating a conventional traditional wall surface.

In addition, the current color glass is attached to the wall using silicone or double-sided tape, but this method causes dropping when exposed to fire, and has a weakness that is fatal to the risk of secondary disaster due to scattering and falling due to impact damage. have.

The present invention, in order to solve the prior art as described above, processed to the desired dimensions and applied on one side of the washed and dried glass to form an integration with the glass, even if exposed to ultraviolet light for a long time does not change color, moisture No moisture absorption, no cracking occurs even in the inherent elasticity of the glass, painted and dried with a colored paint that does not break at high and low temperatures, and then mixed with chemicals, cement, and silica sand on the glass or paint. Adhesion is made in one piece, moisture absorption does not occur, deformation does not occur in ultraviolet light, elasticity that can resist building changes, there is no risk of scattering and falling even in case of impact damage, and there is no change in adhesion force even at high temperature. Characterized in that the adhesive is applied and then dried It reaches the invention to a wet construction is possible colored glass tile production process.

The present invention has been made to solve the problems of the prior art as described above, and an object of the present invention is to provide a method of providing a wall surface of the glass material provided as interior and exterior materials of the building.

It is also an object of the present invention to provide a glass tile that is applied integrally with the glass and bonded to it and can be wet-installed on various walls on the outermost surface of the building.

It is also an object of the present invention to provide a glass tile made of glass as a material to replace a material for forming a water tank, which has been formed through a conventional method of applying concrete or other materials to form a water tank.

In addition, it replaces the interior and exterior materials of conventional buildings made of stone or brick concrete, and is resistant to UV rays, heat, and direct sunlight, so that the glass does not deform or change for a long time even when used as interior or exterior materials of buildings. The purpose is to show the interior and exterior of the building.

In addition, glass tiles as interior and exterior materials of buildings that can maximize visual effects by using colorful and modern materials that can meet the company's advertising strategy for distributors and shops for selling mobile information devices including mobile phones. The purpose is to provide.

In addition, it adapts to the wall surface that continuously repeats the fine contraction and expansion according to the season, and it is made of glass which does not cause cracks and deformations, and can be colored in color. When it is used as interior materials and exterior materials of buildings, it is constructed as wet. It is an object of the present invention to provide a glass tile that can be formed integrally on the wall of a building and that does not cause secondary disasters due to scattering or falling even in the case of damage caused by an impact.

In addition, in the water tank, glass is used as a material, so that water can directly contact the surface of the glass, so that it is hygienic and easy to be managed by the smooth surface of the glass. It can be applied to the water tank, and it can perform the water-proof function of the water tank perfectly, and make it easy to check the floating substances by applying each color, and it is excellent in chemical resistance and erosion in the disinfectant for drinking water treatment. It is an object of the present invention to provide a glass tile that does not cause corrosion.

In order to solve the above object, the present invention is applied to one side of the glass that has been processed, washed and dried to a desired size to form an integrality with the glass, and even when exposed to ultraviolet light for a long time, color change does not occur, It does not absorb moisture, does not crack the inherent elasticity of glass, does not break at high temperature and low temperature, paints it with colored paint and dries it, then mixes chemicals, cement and silica sand on the paint and integrates it into glass or paint. Adhesion is achieved, moisture absorption does not occur, deformation does not occur in the ultraviolet ray, has elastic properties that can resist building changes, does not cause secondary disasters due to scattering and falling due to breakage, and changes in adhesion force even at high temperatures No fireproof adhesive is applied and then dried It proposes a color glass tile manufacturing method capable of wet construction.

The present invention has been made in order to solve the above object, is processed to the desired dimensions and applied to one side of the glass washed and dried to form an integral with the glass, even if exposed to ultraviolet light for a long time does not change color No moisture absorption, no cracking in spite of glass's inherent elasticity, no paint breakdown at high and low temperature, painted and dried.The above paint is mixed with chemicals, cement and silica sand. It is integrally adhered to the paint, does not absorb moisture, does not transform into ultraviolet rays, has elastic properties to resist building changes, does not cause secondary disasters due to scattering and falling due to breakage, and adhesion at high temperatures There is no change in the fire-resistant adhesive is applied and dried It is characterized by losing.

In a preferred embodiment of the present invention, the coating may be applied by any one selected from ceramic paints, thermosetting paints, urethane resin paints, and silk screen paints.

In a preferred embodiment of the present invention, the adhesive is coated with a polymer cement-based product such as MC-76, AS-48, Acrylex-adhesive-reinforced resin emulsion of Rohm and Haas, USA, a mixture of urethane and emulsion, acrylic latex, Any material selected from urethane or a mixture such as latex and emulsion is applied by the added adhesive.

In a preferred embodiment of the present invention, the coating and drying of the adhesive is dried by any one method selected from natural drying, heat drying, ultraviolet drying.

As described above, the glass tile manufactured according to the embodiment of the present invention is integrally formed with a paint and an adhesive. Since the adhesive is mixed with a material such as cement, the glass tile can be attached to the outer walls of various buildings by wet construction.

Hereinafter, a detailed description of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing a schematic state diagram of a color glass tile capable of wet construction according to an embodiment of the present invention.

Referring to FIG. 1, the glass 10 is disposed at the top, the paint 20 is coated on one side of the glass 10, and the bonding agent is attached to one side of the coating. Between the paint 20 applied to the glass 10 and the adhesive 30 bonded to the paint 20 is formed integrally after drying, and when applied to the various wall surface 50, a tile adhesive or concrete on the back of the binder Alternatively, mortar is introduced and attached to the wall surface 50 for construction.

In this case, the paint 20 to be applied may use a paint 20 that emits a natural color, and the color of the paint 20 is revealed as it is when viewed from the outside of the wall 50.

When the color of the paint 20 is transmitted through the glass 10 on the upper surface and is used as interior and exterior materials of a building, it functions as a new type of building material to complement conventional concrete, brick, or monotonous material. .

When used as an interior and exterior materials of the building according to an embodiment of the present invention as described above, the adhesive 30 constituting the glass tile according to an embodiment of the present invention in response to the wall surface 50 of the building to repeat the expansion and contraction according to the temperature difference ), Paint 20, glass 10 is to repeat the contraction and expansion finely, and once attached to the wall surface 50 of the building dedicated paint (20) has a property that does not occur cracks or departures And dedicated materials are used.

In order to process the color glass tile capable of wet construction according to an embodiment of the present invention, processing is performed according to a predetermined work process in a factory.

First, in order to process the glass 10 to a desired size, it is possible to process a variety of selected glass 10, such as tempered glass 10, the glass 10, the etching glass 10, the pattern is formed as needed. The glass 10 may be selected to match the color applied on one side.

For example, the tempered glass 10 is used in a situation where the exterior and strength is required.

The dimensions of the selected glass 10 are to be taken as a reference in a subsequent process, and contaminants and fine dusts, etc., which have been deposited during the processing of the glass 10 must be removed by washing or washing, and be careful not to stick to the foreign substances thereafter. In particular, in the subsequent process, the moisture should be completely dried so that defective products are not generated in the coating of the paint 20.

On one side of the glass 10 prepared by processing as described above is painted with a paint 20 to give a desired color. At this time, the paint 20 is a dedicated paint 20, after which the paint 10 should be integrated with the glass 10 and the construction is made on the outer wall of the building so that the color change is minimal despite long-term exposure to sunlight (20). ) Should be used.

In addition, the paint 20 used in this process should be able to repeat shrinkage and expansion in harmony with the glass 10 repeats the fine shrinkage and expansion according to the temperature, in this process the crack of the paint 20 does not occur It must be completely integrated with the glass 10 and the expansion and contraction of the glass 10 at the same time as the glass 10 is performed so as not to cause a problem such as detachment from the wall 50 or a crack after the construction of the wall 50 is completed. .

When the glass 10 tile according to an embodiment of the present invention is used as an interior and exterior material of a building, a paint 20 having a property that can be sufficiently adapted by external crossover and a change in air conditioning or humidity inside the building should be used. In particular, the moisture absorption of the water does not occur through the glass 10 tiles according to an embodiment of the present invention to achieve a perfect waterproof, and also to prevent the expansion and deformation of the paint 20 due to moisture and the original Construction status must be maintained.

In a preferred embodiment of the present invention, in order to satisfy the above functions, any one of the paint 20 selected from ceramic dedicated paint, thermosetting paint or urethane resin paint, silk screen paint.

In one embodiment of the present invention, when the coating of the coating 20 is made on one side of the glass 10, the drying is performed, and the moisture is discharged from the coating 20 by natural drying or heat drying to completely cure the coating. To be done.

After the complete curing of the paint 20 as described above, the adhesive 30 using a dedicated material is applied to the required thickness. In this case, the adhesive 30 used as a dedicated material is a mixture of chemicals and concrete functions, and is integrally bonded to the glass 10 or the dedicated paint 20, and does not absorb moisture and has a waterproof function, and is safe from ultraviolet rays. It must have sufficient elasticity to adapt to the contraction and expansion of the wall surface 50 according to the temperature, and has no change in adhesion force even at high temperatures, so that it does not escape from the building in the event of fire and has a function as a fireproof material.

In actual processing, by the adhesive layer 30 of the glass tile according to an embodiment of the present invention and one side of the wall surface 50 to be constructed and the adhesive for glass tile 40, mortar, or concrete introduced therebetween Bonding should be made in one piece, if using the adhesive 30 used in the glass tile according to an embodiment of the present invention at the time of construction of the wall surface 50 and the glass tile and the wall surface 50 and in accordance with an embodiment of the present invention Integral construction is done.

Examples of the adhesive 30 having such a function include polymer cement-based products such as MC-76, AS-48, and Acrylex-adhesive reinforced resin emulsion of Rohm and Haas, USA, a mixture of urethane and emulsion, acrylic latex, urethane or latex. Products having adhesion to the glass 10, such as a mixture such as emulsion and the like can be used.

According to a preferred embodiment of the present invention, the finished product of the adhesive 30 can be completely dried by irradiating with natural drying, heat drying or ultraviolet rays, and then supplying to each consumer through surface finishing.

2 is a view showing the approximate state of the possible cross section at the time of construction of the wall surface 50 using a color glass tile capable of wet construction according to an embodiment of the present invention.

Referring to Figure 2 using the adhesive 40 is attached to the wall surface 50 using a color glass tile capable of wet construction according to an embodiment of the present invention, the adhesive 40 that can be used when attaching The construction is possible by using an adhesive for the tile or concrete, but it is preferable to use a dedicated material used to make up the adhesive 30 used to manufacture an embodiment of the present invention, and then to form a powder form Kneading in water is a preferred method of integrally constructing the colored glass tile and the wall surface 50 capable of wet construction according to an embodiment of the present invention.

When the interior and exterior materials of the wall surface 50 are formed by using the color glass tiles capable of wet construction according to an embodiment of the present invention, a predetermined joint is formed between the color glass tiles capable of wet construction, and penetration of rainwater between the joints. It is preferable to treat with the caulking material 60 so that does not occur. The caulking material 60 may be used already known tile tile products, silicon or moldings.

According to a preferred embodiment of the present invention configured as described above, it is applied on one side of the glass 10 processed, washed and dried to the desired dimensions to form an integration with the glass 10, exposure to ultraviolet light for a long time No change of color occurs, moisture absorption does not occur, no cracking occurs even in the inherent elasticity of the glass 10, and the paint is painted and dried with a colored paint 20 which does not break at high and low temperatures. On top of the paint 20, chemicals, cement, and silica are mixed to form an integral bond to the glass 10 or the paint 20, moisture absorption does not occur, UV deformation does not occur, and can resist building changes. It has an elastic physical property and does not cause secondary disasters due to scattering or dropping due to breakage, and does not change the adhesive force even at high temperature, and has a fire-resistant adhesive (30) After the coating is characterized in that it is dried.

The coating 20 may be applied by any one of the paints 20 selected from the ceramic paint 20, the thermosetting paint, and the urethane resin paint 20.

Application of the adhesive 30 is a product of polymer cement series such as MC-76, AS-48, Acrylex-adhesive reinforced resin emulsion of Rohm and Haas, USA, a mixture of urethane and emulsion, acrylic latex, urethane or latex and emulsion Any one selected from a mixture of the above and the like may be applied by the added adhesive 30.

Drying of the paint 20 and the adhesive 30 may be dried by any one method selected from natural drying, heat drying, ultraviolet drying.

According to a preferred embodiment of the present invention configured as described above, it is possible to provide an interior and exterior of the building made of glass material by replacing the interior and exterior materials of the building made of conventional stone and brick or concrete conventionally, The glass tile provided in one embodiment is adapted to the minute contraction and expansion of the building wall to provide the interior and exterior materials of the building does not occur cracks or departures.

In addition, natural color can be applied to the upper surface of one side of the glass, so that natural color is used in the high density of shopping streets and areas with high floating population in the modern city, and it is reflected by the glass surface and is flashing. In order to attract attention, it provides billboards and guide boards that perform various functions, as well as interior and exterior materials of buildings that can attract attention.

In addition, even when used in sanitary facilities such as reservoirs, glass is used as a material to create an environment in which bacteria are difficult to inhabit, to provide a perfect waterproof, and to create a sanitary facility that can easily check the light and condition of water. Give it.

In addition, when applied to the exterior wall of the building, no submersion of rainwater occurs and direct sunlight is transmitted after passing through the glass surface so that it can function as an exterior material of a building in which natural color can be maintained for a long time. The same function can be achieved even when used with.

In addition, in response to thermal expansion and contraction of the building to provide a glass tile that is integrated with the building shrinkage and expansion, when used as interior materials of the building to provide a tile that maintains the paint and adhesive applied behind the glass surface firmly In addition, the building wall can function as interior and exterior materials, making it difficult to collapse in a fire and to prevent the propagation of fire easily.

In addition, the glass is adhered to the wall even when the glass is damaged due to impacts, so it does not scatter or fall, so it does not cause any secondary disasters, and thus can play a role of a safe material.

Effects according to one embodiment of the present invention as described above are only a part, and those skilled in the art of the present invention can be changed as many as possible without departing from the scope of the technical idea of the present invention. It will be possible.

Claims (4)

It is applied to one side of the glass which has been processed, washed and dried to the desired size to form a unity with the glass, no change of color occurs even when exposed to ultraviolet rays for a long time, moisture absorption does not occur, and cracks are inherent to the intrinsic elasticity of the glass. It does not occur, it is painted and dried with a colored paint that does not break at high and low temperatures, and then the chemicals, cement and silica sand are mixed on the paint, which is integrally adhered to glass or paint, and moisture absorption does not occur. It does not cause deformation in ultraviolet rays, has elastic properties that can resist building changes, does not cause secondary disasters due to scattering or dropping even when damaged by impact, and does not change the adhesion at high temperatures. Wet construction possible color, characterized in that dried Glass tile. The wet colored glass tile according to claim 1, wherein the coating is applied by any one selected from ceramic paints, thermosetting paints, urethane resin paints, and silk screen paints. The method of claim 1, wherein the adhesive is coated with a polymer cement-based product such as MC-76, AS-48, Acrylex-adhesive-reinforced resin emulsion of Rohm and Haas, USA, a mixture of urethane and emulsion, acrylic latex, urethane, A color glass tile capable of wet application, characterized in that any one selected from a mixture such as latex and emulsion is applied by an added adhesive. The color glass tile of claim 1, wherein the paint and the adhesive are dried by one of natural drying, thermal drying, and ultraviolet drying.

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