KR102540028B1 - Wall decoration panel and manufacturing method thereof - Google Patents

Abstract

According to the invention, a base preparation step in which wood plywood is prepared; Forming a finishing layer by applying a flame retardant finishing agent to wood plywood to form a finishing layer; A brushing step of touching the surface of the finishing layer applied to the wood plywood with a brush to have a plastered wall texture; a finishing layer flattening step in which the brushed surface of the finishing layer is cut by a cutter; A chamfering step in which the upper edge of the wood plywood is cut by a planer; Forming an embossed pattern layer in which a frame for pattern embossing is positioned on the finishing layer and then a flame retardant finish is applied to form an embossed pattern layer; There is provided a wall decoration material manufacturing method comprising a paint layer forming step in which the surface of the embossed pattern layer is sanded with sandpaper and a water-soluble paint is applied.

Description

Wall decoration material and manufacturing method thereof {Wall decoration panel and manufacturing method thereof}

The present invention relates to a decorative material for a wall surface and a method for manufacturing the same, and more particularly, to a decorative material in which a flame retardant finish is applied to the outer surface of wood plywood used as a decorative material on the inner wall of a building, etc., and a predetermined pattern is embossed to produce the decorative material. It relates to a wall decoration material capable of improving three-dimensional effect, flame retardancy and reusability and a manufacturing method thereof.

In general, finishing materials or decorative materials in the form of tiles, wood plywood, and synthetic resin panels are attached to the inner walls of buildings, and through this, functionalities such as noise reduction and insulation are provided along with improved decorative effects, and decorative materials are in the initial construction state. By blocking the exposure of the wall surface, the decorative effect is improved, and noise reduction and insulation effects are provided due to the characteristics of the color or structure of the finishing material.

However, conventional decorative materials such as tiles, etc., can improve the decorative effect through color or structure, but since the surface is in the form of a flat flat plate, the three-dimensional effect is lowered after construction, so the decorative effect is not greatly highlighted. there is

In addition, conventional decorative materials such as tiles, etc., have a problem in that reusability is reduced as they are disposed of as construction waste when removed from the inner wall after being attached to the inner wall of the building.

In addition, decorative materials such as conventional wood plywood or synthetic resin panels have a problem in that they do not provide flame retardancy when a fire occurs inside a building.

Accordingly, the industry has developed a wall decoration material that has functionality such as decorative effect, flame retardancy, and reusability, and in particular, not only has a three-dimensional effect, but also has excellent functionality and is made of friendly materials to provide a healthy and comfortable space. this is being tried

(Patent Document 0001) Registered Patent No. 10-0834507

(Patent Document 0002) Patent Publication 10-1989-0000744

(Patent Document 0003) Patent Publication 10-2010-0069075

(Patent Document 0004) Patent Publication 10-2012-0051157

Therefore, an object of the present invention is to apply a flame retardant finish to the outer surface of wood plywood used as a decorative material on the inner wall of a building, etc., and to manufacture a decorative material in which a predetermined pattern is embossed, so that the three-dimensional effect, flame retardancy and reusability of the decorative material can be improved. It is to provide a wall decoration material and a manufacturing method thereof.

On the other hand, the object of the present invention is not limited to the purpose mentioned above, and other objects not mentioned will be clearly understood by those skilled in the art from the description below.

According to the present invention, a base preparation step in which wood plywood is prepared; Forming a finishing layer by applying a flame retardant finishing agent to wood plywood to form a finishing layer; A brushing step of touching the surface of the finishing layer applied to the wood plywood with a brush to have a plastered wall texture; a finishing layer flattening step in which the brushed surface of the finishing layer is cut by a cutter; A chamfering step in which the upper edge of the wood plywood is cut by a planer; Forming an embossed pattern layer in which a frame for pattern embossing is positioned on the finishing layer and then a flame retardant finish is applied to form an embossed pattern layer; There is provided a wall decoration material manufacturing method comprising a paint layer forming step in which the surface of the embossed pattern layer is sanded with sandpaper and a water-soluble paint is applied.

In addition, according to the present invention, the base preparation step in which the wood plywood is prepared; Forming a finishing layer by applying a flame retardant finishing agent to wood plywood to form a finishing layer; A brushing step of touching the surface of the finishing layer applied to the wood plywood with a brush to have a plastered wall texture; a finishing layer flattening step in which the brushed surface of the finishing layer is cut by a cutter; A chamfering step in which the upper edge of the wood plywood is cut by a planer; Forming an embossed pattern layer in which a frame for pattern embossing is positioned on the finishing layer and then a flame retardant finish is applied to form an embossed pattern layer; a paint layer forming step in which the surface of the embossed pattern layer is sanded with sandpaper and water-soluble paint is applied to form a paint layer; a wiping pattern forming step of wiping the paint layer with a dry cloth before completely drying the paint layer to form a wiping pattern on the finishing layer and the embossed pattern layer; Provided is a wall decoration material manufacturing method comprising the step of forming a coating layer in which a coating agent is applied after the paint layer is completely dried to protect the finishing layer, the embossed pattern layer, the paint layer and the wiping pattern and prevent contamination.

In addition, according to the present invention, the base preparation step in which the wood plywood is prepared; Forming a finishing layer by applying a flame retardant finishing agent to wood plywood to form a finishing layer; A brushing step of touching the surface of the finishing layer applied to the wood plywood with a brush to have a plastered wall texture; a finishing layer flattening step in which the brushed surface of the finishing layer is cut by a cutter; A chamfering step in which the upper edge of the wood plywood is cut by a planer; Forming an embossed pattern layer in which a frame for pattern embossing is positioned on the finishing layer and then a flame retardant finish is applied to form an embossed pattern layer; a paint layer forming step in which the surface of the embossed pattern layer is sanded with sandpaper and water-soluble paint is applied to form a paint layer; forming a bronze paint layer in which bronze paint is applied to the paint layer to provide a bronze texture; Provided is a method for manufacturing a wall decoration material including a gold paint layer forming step in which gold paint is applied only to an embossed pattern layer among bronze paint layers to form a gold paint layer providing a gold texture.

Therefore, according to the present invention, a flame retardant finish is applied to the outer surface of wood plywood used as a decorative material on the inner wall of a building, etc., and a decorative material in which a predetermined pattern is embossed is manufactured so that the three-dimensional effect, flame retardancy and reusability of the decorative material can be improved. there is.

On the other hand, the effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 is a process chart showing a manufacturing method of a wall decoration material according to a first preferred embodiment of the present invention;
2 to 9 are photographs showing some processes of the method for manufacturing a decorative wall surface of FIG. 1;
10 is a process chart showing a manufacturing method of a wall decoration material according to a second preferred embodiment of the present invention;
11 to 13 are photographs showing some steps of the method for manufacturing a decorative wall surface of FIG. 10;
14 is a process chart showing a manufacturing method of a wall decoration material according to a third preferred embodiment of the present invention; and
15 to 17 are photographs showing some processes of the method for manufacturing wall decoration materials of FIG. 14 .

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

As shown in Figures 1 to 9, the wall decoration material 100 according to the first preferred embodiment of the present invention, the wood plywood 110 having a predetermined area, the flame retardant finish 10 on the upper surface of the wood plywood 110 ) is formed by applying the finishing layer 120, the embossed pattern layer 130 formed by applying the flame retardant finishing agent 10 on the upper surface of the finishing layer 120, and the finishing layer 120 and the embossed pattern layer 130 and a protective paint layer.

On the other hand, in the method for manufacturing a wall decoration material according to the first preferred embodiment of the present invention, a base preparation step in which wood plywood 110 having a predetermined area is prepared, and a flame retardant finish 10 is applied to the upper surface of the wood plywood 110. The finishing layer formation step in which the finishing layer 120 is formed by being applied in a thickness, and the surface of the finishing layer 120 applied to the upper surface of the wood plywood 110 is touched by the brush 20 to form a plastered wall texture. A brushing step to have, and the surface of the brushed finishing layer 120 is cut by the cutter 30 to flatten the finishing layer so that the embossed pattern layer 130 is easily formed on the surface of the finishing layer 120 step, and the chamfering step of cutting the upper corner of the wood plywood 110 by the planer 40 to facilitate the joint finishing between the wood plywood 110 when constructing on the wall, and the finishing layer 120 After the frame 50 for pattern embossing is positioned, the flame retardant finishing agent 10 is applied to a predetermined thickness to form the embossed pattern layer 130, and the surface of the embossed pattern layer 130 is polished by sandpaper. and a step of forming a paint layer that is sanded and applied with a water-soluble paint to a predetermined thickness.

The base preparation step is a step in which a wood plywood 110 having a predetermined area is prepared, and as shown in FIG. 2, it is preferable to use wood or MDF plywood having an area of 400 mm * 400 mm.

Here, the wood plywood 110 has an area of 400 mm * 400 mm. If the area is larger than the area, the overall weight is increased during the formation of the finishing layer 120 and the embossed pattern layer 130, and construction is performed on the wall at the site. Workability is reduced when the area is smaller than the above area, and the total number of decorative materials when installed on the wall at the site is increased due to the narrow area, so the work time is greatly increased, so it is preferable to have the above area. .

In addition, since wood or MDF plywood is used as the base member, reusability when removed from the wall surface can be greatly improved.

The finishing layer forming step is a step in which the flame retardant finishing agent 10 is applied to a predetermined thickness on the upper surface of the wood plywood 110 to form the finishing layer 120, as shown in FIG. 3, Dolomite, a binder , The flame retardant finishing agent 10 in which admixtures and additives are mixed in a predetermined weight part is kneaded with water and then applied to a thickness of 0.5 mm.

Here, the finishing layer 120 is applied to a thickness of 0.5 mm. When it is thicker than the above thickness, the weight of dolomite is increased to improve flame retardancy, but adhesion is reduced and easily peeled off from the wood plywood 110. Since flame retardance falls when it is thinner, it is preferable to have the above thickness.

On the other hand, the flame retardant finishing agent 10 provides flame retardancy when applied to the wood plywood 110, and excellent flame retardancy, weather resistance, Low-temperature stability, adhesion strength, impact resistance, etc. can be provided.

The brushing step is a step in which the surface of the finishing layer 120 applied to the upper surface of the wood plywood 110 is touched by the brush 20 to have a plastered wall texture, as shown in FIG. , Brush marks may be left on the surface of the finishing layer 120 before the flame retardant finishing agent 10 is cured, so that a new sense of aesthetics may be provided.

The finishing layer flattening step is a step in which the brushed surface of the finishing layer 120 is cut by the cutter 30 so that the embossed pattern layer 130 is easily formed on the surface of the finishing layer 120, FIG. 5 As shown in , before the flame retardant finish 10 is cured, the surface of the finish layer 120 is smoothed by the cutter 30 to form the embossed pattern layer 130 through the flame retardant finish 10. The layer 130 may be more strongly bonded to the finishing layer 120 .

The chamfering step is a step in which the upper surface corner of the wood plywood 110 is cut by the planer 40 to facilitate the joint finishing between the wood plywood 110 when constructing on the wall, as shown in FIG. As such, after the flame retardant finish 10 is sufficiently or completely cured, the corner of the upper surface of the wood plywood 110 including the finish layer 120 is chamfered or chamfered by the planer 40 so that a plurality of decorative materials are formed on the wall. During continuous construction, it is possible to keep decorative materials at regular intervals or to make joint finishing easier.

In the step of forming the embossed pattern layer, after the frame 50 for pattern embossing is positioned on the finishing layer 120, the flame retardant finishing agent 10 is applied to a predetermined thickness to form the embossed pattern layer 130, as shown in FIG. As shown, after the frame 50 for pattern embossing in which the portion to be embossed is opened in the finishing layer 120 is located, the flame retardant finishing agent 10 is applied to the opened portion of the frame 50 for pattern embossing. It is applied to a thickness of mm to form an embossed pattern layer 130 .

Here, the embossed pattern layer 130 is applied to a thickness of 0.8 mm. If it is thicker than the above thickness, the height protruding from the upper surface of the finishing layer 120 increases and the three-dimensional effect is improved, but the weight of dolomite increases to finish the finish. Adhesion with the layer 120 is lowered, and when the thickness is smaller than the above thickness, the three-dimensional effect is lowered and the aesthetic sense and decorative effect are lowered, so it is preferable to have the above thickness.

In the paint layer forming step, the surface of the embossed pattern layer 130 is sanded with sandpaper and water-soluble paint is applied to a predetermined thickness to form a paint layer. As shown in FIG. 8, the embossed pattern layer 130 After the surface is sanded with sandpaper, an eco-friendly water-soluble paint or milk paint is repeatedly applied twice to a thickness of 1 mm-2 mm to form a paint layer.

Here, the paint layer is applied twice with a thickness of 1mm-2mm, and when the thickness is thicker than the above number of times, the water-soluble paint flows down from the embossed pattern layer 130 to the finishing layer 120, and the finishing layer 120 ) And the water-soluble paint is concentrated on the step portion of the embossed pattern layer 130, and the step difference between the two layers is overcome to reduce the three-dimensional effect of the embossed pattern layer 130, and when the thickness is thinner than the above and the number of times is less, scratches from the outside, etc. Since the occurrence of the embossed pattern layer 130 and the finishing layer 120 cannot be sufficiently protected, it is preferable to have the same thickness and number of times as described above.

Therefore, according to the above, the decorative material 100 is provided by applying the flame retardant finishing agent 10 to the wood plywood 110 used as the decorative material 100 on the inner wall of the building and embossing a predetermined pattern, thereby providing the decorative material 100. ) can improve the three-dimensional effect, flame retardancy and reusability.

As shown in Figures 10 to 13, the wall decoration material 100 according to the second preferred embodiment of the present invention, the wood plywood 110 having a predetermined area, the flame retardant finishing agent 10 on the upper surface of the wood plywood 110 The finishing layer 120 formed by applying ), the embossed pattern layer 130 formed by applying the flame retardant finishing agent 10 on the upper surface of the finishing layer 120, and the finishing layer 120 and the embossed pattern layer 130 It includes a paint layer that protects and forms a predetermined pattern, and a coating layer that is applied to the paint layer to protect the finishing layer 120, the embossed pattern layer 130, and the paint layer and prevent contamination.

On the other hand, in the wall decoration material manufacturing method according to the second preferred embodiment of the present invention, the base preparation step in which wood plywood 110 having a predetermined area is prepared, and the flame retardant finish 10 is applied to the upper surface of the wood plywood 110 The finishing layer formation step in which the finishing layer 120 is formed by being applied in a thickness, and the surface of the finishing layer 120 applied to the upper surface of the wood plywood 110 is touched by the brush 20 to form a plastered wall texture. A brushing step to have, and the surface of the brushed finishing layer 120 is cut by the cutter 30 to flatten the finishing layer so that the embossed pattern layer 130 is easily formed on the surface of the finishing layer 120 step, and the chamfering step of cutting the upper corner of the wood plywood 110 by the planer 40 to facilitate the joint finishing between the wood plywood 110 when constructing on the wall, and the finishing layer 120 After the frame 50 for pattern embossing is positioned, the flame retardant finishing agent 10 is applied to a predetermined thickness to form the embossed pattern layer 130, and the surface of the embossed pattern layer 130 is polished by sandpaper. A paint layer forming step in which a paint layer is formed by sanding and applying a water-soluble paint to a predetermined thickness, and the paint layer is wiped with a dry cloth before the paint layer is completely dried, so that the finishing layer 120 and the embossed pattern Forming a wiping pattern to form a wiping pattern by water-soluble paint on the layer 130, and after the paint layer is completely dried, a coating agent is applied to form the finishing layer 120, the embossed pattern layer 130, the paint layer and the wipe and forming a coating layer to protect the ping pattern and prevent contamination.

Here, the base preparation step, the finishing layer forming step, the brushing step, the finishing layer flattening step, the chamfering step, and the embossed pattern layer forming step are the same as those of the first preferred embodiment of the present invention, so detailed descriptions thereof will be omitted.

In the paint layer forming step, the surface of the embossed pattern layer 130 is sanded with sandpaper and water-soluble paint is applied to a predetermined thickness to form a paint layer. As shown in FIG. 11, the embossed pattern layer 130 After the surface is sanded with sandpaper, an eco-friendly water-soluble paint or color paint is applied about once to a thickness of 1 mm-2 mm to form a paint layer.

Here, the paint layer is applied to a thickness of 1 mm-2 mm, and when it is thicker than the above thickness, the water-soluble paint flows from the embossed pattern layer 130 to the finishing layer 120, and the finishing layer 120 and the embossed pattern layer ( 130), the water-soluble paint is concentrated on the step portion of the two layers, and the three-dimensional effect of the embossed pattern layer 130 is lowered by overcoming the step difference. Since it does not sufficiently protect the layer 120, it is preferable to have the above thickness.

In addition, the paint layer is applied in a state where water-soluble paint or color paint is mixed at a volume ratio of 2: 1 with respect to water. Since the completeness and aesthetics of the wiping pattern formed through ping are deteriorated, it is preferable to have the above volume ratio.

In the wiping pattern forming step, the paint layer is wiped with a dry cloth before the paint layer is completely dried, so that the wiping pattern by the water-soluble paint is formed on the finishing layer 120 and the embossed pattern layer 130 As a step to make it so, as shown in FIG. 12, when about 90% of the paint layer is dried, the paint layer is wiped with a dry cloth so that a pattern or wiping pattern is formed while partially having a contrast due to staining or penetration thickness It is formed so that a new aesthetic sense can be provided together with the three-dimensional effect of the embossed pattern layer 130 .

The coating layer forming step is a coating layer forming step in which a coating agent is applied after the paint layer is completely dried to protect the finishing layer 120, the embossed pattern layer 130, the paint layer and the wiping pattern and prevent contamination, as shown in FIG. 13 As described above, a coating layer is formed by applying a ceramic coating agent or an acrylic coating agent.

The ceramic coating agent is a one-component ceramic coating agent in which isopropyl alcohol, methyltrimethyloxysilane, trimethoxysilane, 1-butanol titanium salt, and dimethylpolysiloxane are added and mixed. The finishing layer 120, the embossed pattern layer ( 130), coating or coating on the upper surface of the paint layer and the wiping pattern.

Here, the ceramic coating agent is added and mixed with 47% by weight of isopropyl alcohol, 45% by weight of methyltrimethyloxysilane, 5% by weight of trimethoxysilane, 2% by weight of 1-butanol titanate, and 1% by weight of dimethylpolysiloxane. has a configuration that

Isopropyl alcohol, CAS number 67-63-0, provides adhesion and water-repellent functions when the ceramic coating agent forms a coating layer, and the methyltrimethyloxysilane, trimethoxysilane, 1-butanol titanium salt and dimethyl 47% by weight is added based on the polysiloxane. When the weight% is exceeded, the function of forming a coating layer by improving the adhesive function is improved, but the corrosion resistance is lowered, and when the weight% is less than the above weight%, a coating layer having a predetermined thickness is formed. Since there is a problem that the coating function is degraded because it is not secured, it is preferable to have a limited weight % as described above.

Methyltrimethyloxysilane, CAS number 1185-55-3, provides adhesion when the ceramic coating agent forms a coating layer, and isopropyl alcohol, trimethoxysilane, 1-butanol titanium salt and dimethylpolysil 45% by weight is added with respect to oxane. If the weight% is exceeded, the increase in adhesion to the paint layer is rather slowed, resulting in additional unnecessary costs. Since it is weakened and easily peeled off, it is preferable to have a limited weight % as described above.

Trimethoxysilane, CAS number 2530-83-8, is a regulator for controlling the curing time upon application of a one-component ceramic coating, and isopropyl alcohol, methyltrimethyloxysilane, 1-butanol titanium salt and dimethyl 5% by weight is added based on the polysiloxane. When the weight% is exceeded, the ceramic coating has a gel state and storage property is deteriorated. When the weight% is less than the above weight%, when applied in a re-melted state Since there is a problem that the curing time is delayed, it is preferable to have a limited weight % as described above.

1-butanol titanium salt, CAS number 5593-70-4, provides UV protection when the ceramic coating agent forms a coating layer, and isopropyl alcohol, methyltrimethyloxysilane, trimethoxysilane and dimethylpoly 2% by weight is added based on the siloxane. If the weight% is exceeded, the thickness of the coating layer becomes too thick and the adhesion of methyltrimethyloxysilane is lowered. Since it is not sufficiently secured, there is a problem in that the flame retardant function of the finishing layer 120 and the embossed pattern layer 130 is lowered due to a decrease in UV blocking properties, so it is preferable to have a limited weight % as described above.

Dimethylpolysiloxane, CAS No. 70131-67-8, is a component that makes the coating layer have a predetermined elasticity and provides a coating function to suppress the adhesion of the adhesive constituted in the decorative sticker to the coating layer, the isopropyl alcohol , methyltrimethyloxysilane, trimethoxysilane and 1-butanol titanate are added in an amount of 1% by weight, and when the weight% is exceeded, the elasticity and coating degree of the coating layer become too large, so that the adhesive of the decorative sticker is hard. However, if the curing time is longer, manufacturability and strength are lowered, and when the weight % is less than the above, the elasticity and coating degree of the coating layer become too small, so that the adhesive of the decorative sticker is firmly attached and the adhesive of the decorative sticker is peeled off Since there is a problem that the effect is reduced, it is preferable to have a limited weight% as described above.

Acrylic coating agent, butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer, zinc oxide, mixed ester compound of 2-ethylhexoic acid-benzoic acid-triethylene glycol, diethylene glycol monoedyl A one-component acrylic coating agent in which ether, PE wax, and water are added and mixed may be coated or coated on the upper surfaces of the finishing layer 120, the embossed pattern layer 130, the paint layer, and the wiping pattern.

Here, the acrylic coating agent is butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer 100 parts by weight, zinc oxide 1 to 3 parts by weight, 2-ethylhexoic acid-benzoic acid-triethylene glycol 10 to 20 parts by weight of the mixed ester compound, 10 to 20 parts by weight of diethylene glycol monoedyl ether, 15 to 50 parts by weight of PE Wax, and 200 to 250 parts by weight of water are added and mixed.

Butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer has a CAS number of 25950-40-7 and provides adhesion and water-blocking functions when the acrylic coating agent forms a coating layer, and zinc oxide , 100 parts by weight of 2-ethylhexoic acid-benzoic acid-triethylene glycol mixed ester compound, diethylene glycol monoedyl ether, PE Wax, and water are added. Although the coating layer formation function is improved, the corrosion resistance is lowered, and when the weight part is less than the above weight part, a coating layer having a predetermined thickness is not secured and the coating function is deteriorated. Therefore, it is preferable to have a limited weight part as described above.

Zinc oxide, CAS number 7732-18-5, provides an antioxidant function, etc. when the acrylic coating agent forms a coating layer, butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer 100 1 to 3 parts by weight are added with respect to parts by weight. If the weight part is exceeded, the paintability of the paint layer is reduced. Since there is, it is preferable to have a limited weight part as described above.

The mixed ester compound of 2-ethylhexoic acid-benzoic acid-triethylene glycol has a CAS number of 852227-26-0 and provides a coating function when the acrylic coating agent forms a coating layer, thereby suppressing the adhesion of the adhesive composed of decorative stickers to the coating layer As such, 10 to 20 parts by weight is added based on 100 parts by weight of butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer. It becomes too large, so the adhesive of the decorative sticker cannot be firmly attached, but the curing time is long and the manufacturability and strength are lowered. Since there is a problem in that it is firmly attached and the peeling effect of the adhesive of the decorative sticker is lowered, it is preferable to have a limited weight part as described above.

2-Ethylhexoic acid-benzoic acid-triethylene glycol has a CAS number of 111-90-0 and provides a coating function when the acrylic coating agent forms a coating layer together with a mixed ester compound of 2-ethylhexoic acid-benzoic acid-triethylene glycol To suppress the adhesion of the adhesive constituted in the decorative sticker to the upper surface of the anti-adhesive layer 80, butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer 100 parts by weight to 20 parts by weight is added, and when the weight part is exceeded, the elasticity and coating degree of the coating layer become too large, so that the adhesive of the decorative sticker cannot be firmly attached, but the curing time is long, resulting in reduced manufacturability and strength, and the weight part If it is less than , the elasticity and coating degree of the coating layer become too small, so that the adhesive of the decorative sticker is firmly attached and the peeling effect of the adhesive of the decorative sticker is reduced.

PE Wax, CAS number 9002-88-4, provides a coating function when the acrylic coating agent forms a coating layer so that heat resistance is provided to the coating layer, butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid 15 to 50 parts by weight is added based on 100 parts by weight of the acid-styrene polymer. If the weight exceeds the above parts, the viscosity of the coating layer increases and it takes a lot of time for curing. It is preferable to have a limited weight part as described above because there is a problem that the heat resistance performance is lowered and the paint layer or the wiping pattern is discolored by heat.

Water, CAS number 7732-18-5, which improves the agitation of the acrylic coating agent and controls the viscosity, is butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer 100 parts by weight 200 to 250 parts by weight is added to the weight. If it exceeds the weight part, the curing time during application and coating increases, making it impossible to secure a coating layer of a predetermined thickness, and if less than the weight part, the agitation and viscosity control function It is preferable to have a limited weight part as described above, since there is a problem in that workability is deteriorated due to deterioration.

Therefore, according to the ceramic coating agent and the acrylic coating agent, when the paint layer is wiped with a dry cloth, the reduction in the coating function of the paint layer can be compensated for and contamination of the paint layer can be prevented.

Therefore, according to the above, the decorative material 100 is provided by applying the flame retardant finishing agent 10 to the wood plywood 110 used as the decorative material 100 on the inner wall of the building and embossing a predetermined pattern, thereby providing the decorative material 100. ) can improve the three-dimensional effect, flame retardancy and reusability.

In addition, since the portion of the wood plywood 110 where a predetermined pattern is embossed is protected by the coating agent, it is prevented from being easily contaminated from the outside and heat resistance and durability can be reinforced.

As shown in FIGS. 14 to 17, the wall decoration material 100 according to the third preferred embodiment of the present invention is a wood plywood 110 having a predetermined area, and a flame retardant finish 10 on the upper surface of the wood plywood 110. The finishing layer 120 formed by applying ), the embossed pattern layer 130 formed by applying the flame retardant finishing agent 10 on the upper surface of the finishing layer 120, and the finishing layer 120 and the embossed pattern layer 130 A paint layer for protection, a bronze paint layer 140 applied to the upper surface of the paint layer to provide a bronze texture, and gold applied to the embossed pattern layer 130 of the bronze paint layer 140 to provide a gold texture It includes the paint layer 150 and the like.

On the other hand, in the wall decoration material manufacturing method according to the third preferred embodiment of the present invention, the base preparation step in which the wood plywood 110 having a predetermined area is prepared, and the flame retardant finish 10 is applied to the upper surface of the wood plywood 110. The finishing layer formation step in which the finishing layer 120 is formed by being applied in a thickness, and the surface of the finishing layer 120 applied to the upper surface of the wood plywood 110 is touched by the brush 20 to form a plastered wall texture. A brushing step to have, and the surface of the brushed finishing layer 120 is cut by the cutter 30 to flatten the finishing layer so that the embossed pattern layer 130 is easily formed on the surface of the finishing layer 120 step, and the chamfering step of cutting the upper corner of the wood plywood 110 by the planer 40 to facilitate the joint finishing between the wood plywood 110 when constructing on the wall, and the finishing layer 120 After the frame 50 for pattern embossing is positioned, the flame retardant finishing agent 10 is applied to a predetermined thickness to form the embossed pattern layer 130, and the surface of the embossed pattern layer 130 is polished by sandpaper. A paint layer forming step in which a paint layer is formed by sanding and water-soluble paint is applied to a predetermined thickness, and a bronze paint layer 140 is formed by applying bronze paint to a predetermined thickness on the upper surface of the paint layer to provide a bronze texture A layer forming step and a gold paint layer forming step of forming a gold paint layer 150 providing a gold texture by applying gold paint only to the upper surface of the embossed pattern layer 130 of the bronze paint layer 140, and the like.

Here, the base preparation step, the finishing layer forming step, the brushing step, the finishing layer flattening step, the chamfering step, and the embossed pattern layer forming step are the same as those of the first preferred embodiment of the present invention, so detailed descriptions thereof will be omitted.

The paint layer forming step is a step in which the surface of the embossed pattern layer 130 is sanded with sandpaper and a water-soluble paint is applied to form a paint layer. After the surface of the embossed pattern layer 130 is sanded with sandpaper, the environmentally friendly water-soluble A paint or color paint is applied to form a paint layer.

The bronze paint layer forming step is a step in which bronze paint is applied to a predetermined thickness on the upper surface of the paint layer to form a bronze paint layer 140. As shown in FIG. 15, known bronze paint is applied to the upper surface of the paint layer. It is applied to a thickness of 1mm-2mm to form a bronze paint layer 140, and a new aesthetic sense can be provided along with the three-dimensional effect of the embossed pattern layer 130.

Here, the bronze paint layer 140 is applied to a thickness of 1mm-2mm, and when it is thicker than the above thickness, the bronze paint flows down from the embossed pattern layer 130 to the finishing layer 120, and the finishing layer 120 and Bronze paint is concentrated on the step portion of the embossed pattern layer 130 and the step difference between the two layers is overcome, reducing the three-dimensional effect of the embossed pattern layer 130, and when scratches from the outside occur when the thickness is thinner than the embossed pattern layer ( 130) and the finishing layer 120 are not sufficiently protected, so it is preferable to have the above thickness.

The gold paint layer forming step is a step in which gold paint is applied only to the upper surface of the embossed pattern layer 130 of the bronze paint layer 140 to form the gold paint layer 150, as shown in FIG. 16, the embossed pattern. Known gold paint is applied only to the layer 130 to form the gold paint layer 150, and a new aesthetic sense can be provided together with the three-dimensional effect of the embossed pattern layer 130 and the texture of the bronze paint layer 140.

Therefore, according to the above, the decorative material 100 is provided by applying the flame retardant finishing agent 10 to the wood plywood 110 used as the decorative material 100 on the inner wall of the building and embossing a predetermined pattern, thereby providing the decorative material 100. ) can improve the three-dimensional effect, flame retardancy and reusability.

In addition, various textures are provided to the portion of the wood plywood 110 where a predetermined pattern is embossed, thereby providing a three-dimensional effect and a new aesthetic sense, so that the decorative effect can be improved.

Although specific embodiments have been described in the present invention described above, various modifications can be made without departing from the scope of the present invention. Therefore, the scope of the invention should not be determined by the described embodiments, but by the equality of the claims and claims.

Claims (7)

A base preparation step in which the wood plywood 110 is prepared;
A finishing layer forming step in which a finishing layer 120 is formed by applying a flame retardant finishing agent 10 to the wood plywood 110;
a brushing step of touching the surface of the finishing layer 120 applied to the wood plywood 110 with the brush 20 to have a plastered wall texture;
a finishing layer flattening step in which the brushed surface of the finishing layer 120 is cut by the cutter 30;
A chamfering step in which the corner of the upper surface of the wood plywood 110 is cut by the planer 40;
Forming an embossed pattern layer in which the frame 50 for pattern embossing is positioned on the finishing layer 120 and then the flame retardant finishing agent 10 is applied to form the embossed pattern layer 130;
Wall decoration material manufacturing method comprising the step of forming a paint layer in which the surface of the embossed pattern layer 130 is sanded with sandpaper and a water-soluble paint is applied. A base preparation step in which the wood plywood 110 is prepared;
A finishing layer forming step in which a finishing layer 120 is formed by applying a flame retardant finishing agent 10 to the wood plywood 110;
a brushing step of touching the surface of the finishing layer 120 applied to the wood plywood 110 with the brush 20 to have a plastered wall texture;
a finishing layer flattening step in which the brushed surface of the finishing layer 120 is cut by the cutter 30;
A chamfering step in which the corner of the upper surface of the wood plywood 110 is cut by the planer 40;
Forming an embossed pattern layer in which the frame 50 for pattern embossing is positioned on the finishing layer 120 and then the flame retardant finishing agent 10 is applied to form the embossed pattern layer 130;
a paint layer forming step in which the surface of the embossed pattern layer 130 is sanded with sandpaper and water-soluble paint is applied to form a paint layer;
a wiping pattern forming step of wiping the paint layer with a dry cloth before completely drying the paint layer to form a wiping pattern on the finishing layer 120 and the embossed pattern layer 130;
After complete drying of the paint layer, a coating agent is applied to protect the finishing layer 120, the embossed pattern layer 130, the paint layer and the wiping pattern, and forming a coating layer to prevent contamination. . A base preparation step in which the wood plywood 110 is prepared;
A finishing layer forming step in which a finishing layer 120 is formed by applying a flame retardant finishing agent 10 to the wood plywood 110;
a brushing step of touching the surface of the finishing layer 120 applied to the wood plywood 110 with the brush 20 to have a plastered wall texture;
a finishing layer flattening step in which the brushed surface of the finishing layer 120 is cut by the cutter 30;
A chamfering step in which the corner of the upper surface of the wood plywood 110 is cut by the planer 40;
Forming an embossed pattern layer in which the frame 50 for pattern embossing is positioned on the finishing layer 120 and then the flame retardant finishing agent 10 is applied to form the embossed pattern layer 130;
a paint layer forming step in which the surface of the embossed pattern layer 130 is sanded with sandpaper and water-soluble paint is applied to form a paint layer;
a bronze paint layer forming step in which bronze paint is applied to the paint layer to form a bronze paint layer 140 providing a bronze texture;
A method of manufacturing a wall decoration material comprising a step of forming a gold paint layer in which gold paint is applied only to the embossed pattern layer 130 of the bronze paint layer 140 to form a gold paint layer 150 providing a gold texture. According to any one of claims 1 to 3, the flame retardant finish (10),
Wall decoration material manufacturing method characterized in that it comprises dolomite (Dolomite), a binder, admixture and additives. The method of claim 2, wherein the coating agent,
A wall decoration material manufacturing method characterized in that the ceramic coating agent is a mixture of isopropyl alcohol, methyltrimethyloxysilane, trimethoxysilane, 1-butanol titanium salt and dimethylpolysiloxane. The method of claim 2, wherein the coating agent,
Butyl acrylic acid-butyl methacrylic acid-methacrylic acid-methyl methacrylic acid-styrene polymer, zinc oxide, mixed ester compound of 2-ethylhexoic acid-benzoic acid-triethylene glycol, diethylene glycol monoedyl ether, PE Wall decoration material manufacturing method characterized in that the acrylic coating agent mixed with wax and water. A wall decoration material characterized in that it is manufactured according to any one of claims 1 to 6.

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