KR20190101027A - Method for manufacturing candle and candle garnish - Google Patents

Abstract

The present invention relates to a method for manufacturing a dessert-shaped candle such as bread, cake, chocolate or the like and a candle garnish additionally decorated therewith, which shows specific manufacturing conditions for manufacturing various kinds of candle garnishes and the dessert cake-shaped candle, adds complex shaped candle garnishes and spices, and has high color and shape retention, thereby easily producing the dessert cake-shaped candle capable of expressing a variety of surface textures.

Description

Candle & Candle Garnish Making Method {METHOD FOR MANUFACTURING CANDLE AND CANDLE GARNISH}

The present invention relates to a candle and a candle garnish manufacturing method, and more particularly, to a candle of various dessert shapes, such as bread, cake, chocolate, and a candle garnish for decorating the same.

The candle is composed of a solid fuel made of paraffin or beeswax and a wick, which is used as a functional candle that gives a scent to a candle that emits light.In recent years, consumers 'living standards have improved and consumers' interest in health In addition to fragrance, it is used for various purposes such as interior use or treatment.

Among them, dessert-shaped cans such as bread, cake, and chocolate are popular among consumers, and a method of making cake-shaped candles by stacking various kinds of soy waxes of different colors is used to manufacture such cans. It has been disclosed in the prior art document (Patent No. 10-2017-0048255). Referring to FIG. 1, the conventional decorative candle forms a plurality of soy wax layers 10, 11, 12, and 13 inside the cylindrical frame 2 to implement a cake shape, and a fruit-shaped decoration 20 thereon. The decorative candle is manufactured in the form of decorating the cake by placing the cake, and the candle body in the form of a cake can be formed by stacking several kinds of soy waxes of different colors. There is a limitation that only a simple form can be manufactured.

In addition, conventionally, when preparing a cake-shaped candle, anhydrous ethanol is added to express the shape and texture of the cake. When anhydrous ethanol is added, it is impossible to add fragrance, which is the main ingredient of the aroma candle, Due to the excessive discoloration and surface discoloration of the laminated surface is severe, it is impossible to add a gel wax that can express a glossy surface, so that only the matte surface can be realized, the shape deformation during the manufacturing process is severe, and if ethanol is volatilized after manufacturing, There is a disadvantage that it can be easily broken into the flow.

Publication No. 10-2017-0048255 (published May 8, 2017)

The present invention has been made to solve the problems of the prior art as described above, and to produce a dessert cake-shaped candle of a more complex and various shapes, the present invention is a thin and complex shape garnish for a candle that can not be produced in a mold It is an object of the present invention to provide a dessert cake shaped candle and a garnish dessert candle using the same.

In addition, the present invention proposes a specific manufacturing conditions for producing a variety of candle garnish and dessert cake-shaped candles, through which can be added a candle garnish and flavors of complex shape and has a high color and shape retention An object of the present invention is to provide a method for easily preparing a dessert cake-shaped candle that can express various surface textures.

Candle production method of the present invention for achieving the above object, the filler soy wax melting step for dissolving by measuring the soy wax for the filler as desired; Forming a frame of the side by putting the stripping frame on the side of the mold; Forming a syrup formulation by stirring the melted wax until a formulation similar to a syrup is prepared; A mold input step of pouring a wax made of a syrup into a mold; Forming a plurality of layers and then pouring wax again to form a plurality of layers; A mold demoulding step in which the wax is hardened to some extent, and the mold is removed by holding the stripping frame; And a gel wax coating step of pouring the colored gel wax on top of the finished candle.

In addition, the candle manufacturing method according to another embodiment of the present invention, the beeswax melting step of colorizing after dissolving the beeswax as desired; A mold feeding step of pouring the melted wax into a mold of a desired form; A mold demolding step of demolding the mold after the wax is hardened; A gel wax coating step of measuring and melting the gel wax as necessary to polish the surface and then pouring the melted gel wax onto the demoulded candle; And a cross-sectional cleansing step to clean up the cross-sections flowing down after the gel wax has hardened.

The candlegarnish manufacturing method of the present invention comprises a beeswax melting step of measuring and melting and waxing beeswax as necessary; A molten wax scraping step of pouring a small amount of the melted wax on the film and then pushing it using a scraper; A shape implementation step of cutting or rolling the scraped wax film to a required size to produce a desired garnish shape; Cooling step to cool in the refrigerator; And a garnish detachment step of removing the finished garnish from the film.

In addition, the candlegarnish manufacturing method according to another embodiment of the present invention, the non-crystalline beeswax wax melting step of measuring and dissolving the crude beeswax as necessary; Anhydrous ethanol addition step of adding anhydrous ethanol to the melted wax; Forming a syrup formulation by stirring the wax as the gastric surface of the wax solidifies; A pattern forming step of putting a wax of the syrup formulation in the sachet bag and sprinkling on a film sheet; A film paper shape implementing step of implementing the desired garnish shape by cutting or rolling the waxed film paper into a required shape; Cooling step of solidifying the film paper implemented in the shape in the refrigerator; And a film paper removing step of removing the film paper from the completely hardened garnish.

In addition, the candlegarnish manufacturing method according to another embodiment of the present invention, the non-crystalline beeswax wax melting step of measuring and dissolving the crude beeswax as necessary; A molten wax scraping step of pouring a small amount of molten wax onto a flat plate and then using a scraper to push the molten wax; Spreading step of pouring a different color wax on the scraped wax to implement a form in which the other colors are altered, and then pushing the upper surface with a scraper; And a shape implementing step of cutting or rolling the wax cured to some extent on the working plate to form a desired shape.

In addition, the candle garnish manufacturing method according to another embodiment of the present invention, the non-wax wax melting step of measuring and melting the non-refined beeswax as necessary; Inserting the desired color into the melted wax and then pouring the mold into the mold; A mold demolding step of demolding in the mold after the wax is hardened uniformly; Putting the demolded wax into the noodle making machine and spreading it thinly; And a cutting step of cutting the thinly spread wax into a desired shape and size.

In addition, the candle garnish manufacturing method according to another embodiment of the present invention, the melting step of melting the refined beads wax and pillar soy wax for melting by mixing a predetermined amount of beads wax for wax and pillar; Pouring a small amount of the melted wax on the acrylic hemisphere and then rotating the hemisphere to make the wax solidify with a certain thickness; When the wax is solidified with a certain thickness in the acrylic hemisphere, the hole forming step of inserting the shape pod inside the hemisphere to form a hole of the desired size in the desired position; A cooling step of preparing the hemispheres by putting the acrylic hemispheres in the refrigerator for a predetermined time; And a hemisphere binding step of binding one another after producing another hemisphere.

The present invention manufactures the candle by decorating the candle garnish produced by the candle garnish production method described above to the candle produced by the candle production method described above.

The candle garnish and dessert cake-shaped candle manufacturing method of the present invention allows to easily manufacture the candle of the complex and various candle garnish and dessert cake form through the above problem solving means.

In addition, the specific manufacturing conditions, tools, methods, etc. according to the shape are guided, so that even beginners can easily manufacture candle-shaped candle garnishes and dessert cake-shaped candles without failure.

1 is a view showing a conventional decorative candle manufacturing step.
2 is a photograph of a candle manufactured according to an embodiment of the present invention.
3 to 5 are photographs of the candle manufactured by another embodiment of the present invention.
Figure 6 is a flow chart showing the candle and candle garnish manufacturing step of one embodiment of the present invention.
7 is a flow chart showing the candle manufacturing step of another embodiment of the present invention.
8 to 11 are flow charts showing the candle garnish manufacturing steps of the other embodiment of the present invention.

Hereinafter, the technical spirit of the present invention will be described in more detail with reference to the accompanying drawings.

The accompanying drawings are only examples to illustrate the technical idea of the present invention in more detail, and thus the technical idea of the present invention is not limited to the forms of the accompanying drawings.

In order to manufacture the candle garnish and dessert cake shaped candle of the present invention, a hot plate, a beaker, a scale, a thermometer, a towel, a shape scraper for baking, a stainless scraper, a mold (molding) for forming a shape, and a flat working plate (marble plate, porcelain) Tools such as tile plates, acrylic plates, etc., and bead wax for tablets, bead wax for tablets, soy wax for pillars, gel wax (HP, SHP), wicks, tapes, coating films (OHP, coatings) Paper, etc.), paper, wooden chopsticks, wooden herra, etc.

To make a dessert cake-shaped candle, first, a solid soy wax for pillars is weighed and melted in accordance with the available capacity of the mold, and a stripping frame formed of paper or film is closely adhered to the outside of the mold to form a side frame. At this time, the height of the removing frame should be higher than the height of the mold. Next, when the top surface of the melted wax begins to cure, stir at a constant speed and cure uniformly. Soy wax for pillars in a container is cured in the order of bottom-top-side-inside and cannot be prepared in a syrup-like formulation without agitation, so the working formulation is stirred until it is uniformly cured in a syrup-like formulation.

Next, pour the soy wax for pillars made of syrup formulation into the mold. At this time, if the top surface is slightly melted with a cloth, the cross section of the wax can be formed smoothly. In the case of the conventional manufacturing method, because the anhydrous ethanol is used, the formulation cannot be maintained due to separation and volatilization of the ethanol and the wax, and thus the procedure for forming the cross section using the gun can not be performed.

Repeat the preceding steps to form the desired number of layers, and if the wax is hardened to some extent, grab the take-off frame and demolish the candle from the mold. At this time, the liquid surface should not remain and it is better to demould without being completely hardened to the extent that the side cannot be needled. In the example of FIG. 2, the candle 100 having the first layer 110 and the second layer 120 is illustrated. Tap the outside of the demolded candle with a needling stick made of wooden chopsticks or wooden spatula to express the bread material.

Next, the gel wax is weighed and melted as desired. After making a mold by placing a paper cup larger than the outer diameter of the candle on the top of the finished candle, the gel wax is poured on the finished candle to form a gel wax coating layer 130 on the top of the candle, as shown in FIG. The candle-shaped candle 100 is completed.

In the case of using the mold without coating the gel wax on the top, it is impossible to demould due to the high viscosity, or severe surface breakage occurs during removal, and the glossiness and transparency are remarkably decreased, in particular, in the case of the conventional manufacturing method, the gel wax coating layer Due to the ethanol chemistry during formation, the gloss texture and transparency are significantly reduced or the gel wax coating layer is easily peeled off, making it difficult to maintain the shape.

Another method of making a candle in the form of a dessert cake is to describe a candle in the form of a glazed glaze cake. In the method of manufacturing a candle in the form of a glazed glaze cake, first, the beeswax is weighed and melted according to the capacity of the mold, and then colored in a desired color and poured into the mold. When the beeswax is not used, bubbles are generated when the glaze layer is coated, so that a smooth surface cannot be realized and the coating layer is easily peeled off, so it is preferable to use beeswax when preparing the glazed glaze cake.

In FIG. 3, a gloss hemispherical glazed cake candle 200 is implemented using a hemispherical mold. When the wax is completely hardened, it is demolded from the mold, and the HP or SHP gel wax is weighed and melted as needed to coat the gloss layer on the surface, and then poured onto the demolded candle to form a gloss gel wax coating layer. If MP gel wax is used, it is preferable to use HP or SHP gel wax because the hardness is low, so it is difficult to maintain the glaze shape because it is easily broken or peeled off. In this case, the temperature of the gel wax is preferably 70 to 85 degrees, and if the temperature is lower than 70 degrees, the viscosity is high so that it does not adhere naturally to the surface and bubbles cannot be produced. If the temperature is higher than 85 degrees, the viscosity is too low. It does not adhere to it and flows down, so that the proper shape and gloss cannot be realized. Rather, due to the high temperature, the beeswax layer is uncoated and melted. After the gel wax has hardened, the cross-flowed cross section is completed, thereby completing a glossy glazed cake candle, which is another embodiment of the present invention.

Next, a method of manufacturing various types of candle garnishes will be described. First, a method for manufacturing a slim twist garnish according to a first embodiment of the present invention will be described. Slim twist garnish 300 according to the first embodiment is characterized in that the surface has a glossy, thin and long twisted shape as shown in FIG. In order to manufacture the slim twist garnish 300 according to the first embodiment, first, non-refined bead wax is weighed and melted as necessary, and the desired color is added to the melted wax to color. When the non-crystalline beeswax is melted, the white solid dye is added together to dissolve the yellow color characteristic of the non-crystalline beeswax, thereby facilitating coloration. In some cases, beeswax or beadsheets may be used instead of unrefined beeswax. Maintain the temperature of the melted wax between 70 ~ 90 degrees, pour a small amount of the melted wax on the film and then push quickly using a scraper. The use of a film maintains the shape of the thinly pushed garnish and allows the surface to be polished after film removal. Next, the wax-scraped film is cut or rolled into a desired size and shape and cooled in a refrigerator. If the wax is not cooled, the film will not separate well and the surface gloss will not be formed. Removing the film paper after completely solidified in the refrigerator to remove the elastic and glossiness can be completed thin twisted garnish 300 of thin and long twisted form.

Next, as illustrated in FIG. 3, a method of manufacturing the stripe garnish 400 in which the color of the second embodiment of the candle garnish is alternated will be described. In order to prepare the stripe garnish, first, the non-crystalline beeswax is weighed and melted as necessary. At this time, when the white solid dye is added together and melted, the yellow color peculiar to the crude beeswax may be discolored to facilitate coloration. Next, after adding the desired color to the melted wax to pour a small amount on the work board using a marble plate, porcelain tile plate, etc. and then push quickly using a scraper. At this time, when the wax is poured onto the plate, the temperature is preferably 75 to 90 degrees. If the temperature of the wax is lower than 75 degrees, some of the wax hardens first when pushed with a scraper and does not spread thinly. It progresses late and cannot maintain a constant thickness. In order to realize a form in which different colors are alternated, first, a grooved shape scraper is pushed thinly. Once the wax has cured, pour out different colored wax and push the top surface with a scraper to create an alternating pattern. Next, the wax cured to some extent on the working plate is cut to a desired size and shape, and then, if necessary, pushed using a scraper (sten). In this case, if the film is laid on the working plate in advance, the cutting or rolling process may be easier. 3 is a shape when the film is rolled into a cylinder after cutting the film into a rectangle. If you use wax other than the non-waxed bead wax, it must be bent during the rolling or cutting process, so be sure to use the non-waxed wax. After cooling in the refrigerator, the wax is completely cured, and then taken out of the refrigerator to create a garnish with alternating colors in a stripe pattern.

As a third embodiment of the candle garnish, a method for manufacturing the rolling mesh garnish 500 as shown in FIG. 4 will be described. In order to prepare a rolling mesh garnish, first, the non-crystalline beeswax is weighed and dissolved as desired, and anhydrous ethanol is weighed into 3 to 5% in the melted wax. The reason for adding anhydrous ethanol in such a ratio is to make a syrup formulation that can be evenly sprayed into the desired shape. At this time, when the ratio of the anhydrous ethanol is less than 3%, the viscosity is low to achieve a uniform shape, and when it exceeds 5%, it is easily broken during operation due to the elasticity peculiar to the non-crystalline beeswax. In addition, it is very important to maintain the temperature at the time of addition of anhydrous ethanol, preferably the temperature of the wax should be maintained at 70 ~ 78 degrees. If the temperature of the wax is lower than 70 degrees, the wax does not mix well with ethanol and is partially cured to block the opening of the sachet, and if it is higher than 78 degrees, it is impossible to maintain the syrup form by volatilization of ethanol. Do. Next, when the upper surface of the wax begins to harden, stir and make the formulation in the syrup state, and prepare a metal tip in a disposable sachet. Cut and prepare film to the desired size and shape before work. In the sachet, add the finished wax in the syrup form and spread it on the film. Cut the waxed film into the desired size and shape, roll it up to the desired shape if necessary and place it in the refrigerator to cool. An example is the shape when the film is cut into rectangles and then rolled into a cylinder. If you use wax other than non-wax beads, you should use non-wax beads because the film does not bend during the rolling or cutting process. Next, by removing the film paper from the wax completely hardened, it is possible to complete a cylindrical rolled mesh-like garnish as shown in FIG.

As a fourth embodiment of the candle garnish, a method for manufacturing a plate-shaped strap garnish 600 as shown in FIG. 3 will be described. In order to prepare a plate-shaped strap garnish, first, the unrefined beeswax is weighed and melted as necessary. At this time, when the white solid dye is added together and melted, the yellow color peculiar to the crude beeswax may be discolored to facilitate coloration. Put the dye of desired color on the melted wax, color it, and pour it into the silicone mold. If the surface of the wax is completely hardened, demold it and put it in a noodle machine to spread it thinly. If waxes other than non-refined beeswax are used, the work of the noodle machine is impossible due to their high hardness or ductility. Solidified bead wax placed in the noodle machine is kept between 10 and 20 degrees. At temperatures of 10 degrees or less, it hardens too much and can be broken without thinning. At temperatures of 20 degrees or more, the wax layer peels off and sticks to the noodle making machine, making it difficult to maintain a smooth surface. Put it into a noodle machine and work it 2 ~ 3 times to thin the wax and then cut it into the shape and size you want. The plate strap garnish is completed, and the plate strap is rolled and decorated to form a cylindrical roll as shown in FIG.

As a fifth embodiment of the candle garnish, a method for manufacturing a spherical garnish 700 having a plurality of holes formed on the top of the cake as shown in FIG. 5 will be described. In order to manufacture the spherical garnish, first, a bead wax for purification and a soy wax for pillar are mixed and dissolved at a predetermined ratio. Preferably, when the ratio of refined beeswax and pillar soy wax is 5: 5, the finished quality is excellent. If the ratio of beeswax is high, the spherical shape will form a grain on the surface as the temperature of the wax drops sharply. In addition, the shape is not kept uniform and the deformation is severe during the operation. If the ratio of pillar soy wax is high, the gloss of the surface is lowered and the hardness is low, so it is easily damaged during work. Next, prepare an acrylic hemisphere, pour a small amount of the melted wax on the acrylic hemisphere, and turn the hemisphere to solidify the wax with a certain thickness. At this time, it is preferable that the temperature of the melted wax is maintained at 70 to 75 degrees, and if the temperature of the wax is lower than 70 degrees, the acrylic hemisphere is partially solidified first to form a non-uniform thickness and a grain is formed on the surface to form a smooth sphere. You cannot create a shape. If the temperature of the wax is 75 degrees or more, a certain thickness is not produced and is present in the molten state. When the wax solidifies with a certain thickness in the acrylic hemisphere, the heated shape pod is introduced into the hemisphere to form a hole 710 of a desired shape and size at a desired position. In order to remove the solidified wax in the hemisphere, the hemisphere is not taken out immediately but placed in the refrigerator to allow a certain time to elapse. Cooling the hemispheres to increase the shrinkage can help prevent breakage or change in shape when the wax is taken out and maintain the gloss without scratching the surface. When the hemispherical wax is prepared once, and the two hemispheres are combined to form one sphere, a spherical candle garnish having a plurality of holes 710 as shown in FIG. 5 may be completed.

By combining the candle manufacturing method and the candle garnish manufacturing method described above, various types of candles can be implemented. For example, FIG. 6 illustrates a slim twist garnish according to the first embodiment on the candle manufactured according to an embodiment of the present invention. Is a flow chart showing the steps of making a candle by decorating. Referring to Figure 6, the candle prepared in accordance with an embodiment of the present invention is the filler soy wax melting step of measuring and dissolving the filler soy wax as desired; Forming a frame of the side by putting the stripping frame on the side of the mold; Forming a syrup formulation by stirring the melted wax until a formulation similar to a syrup is prepared; A mold input step of pouring a wax made of a syrup into a mold; Forming a plurality of layers and then pouring wax again to form a plurality of layers; A mold demoulding step in which the wax is hardened to some extent, and the mold is removed by holding the stripping frame; And a gel wax coating step of pouring the colored gel wax on top of the finished candle. On the other hand, the slim twist garnish according to the first embodiment is a beeswax melting step of measuring and melting and waxing beeswax as necessary; A molten wax scraping step of pouring a small amount of the melted wax on the film and then pushing it using a scraper; A shape implementation step of cutting or rolling the scraped wax film to a required size to produce a desired garnish shape; Cooling step to cool in the refrigerator; And a garnish desorption step of removing the finished garnish from the film. The garnish may be completed by decorating the finished garnish for the finished candle.

As described above, the glazed glaze cake may be manufactured as another embodiment of the dessert cake type candle, and the glaze glaze cake may be a wax wax melting step of measuring and dissolving bead wax as desired as shown in FIG. 7; A mold feeding step of pouring the melted wax into a mold of a desired form; A mold demolding step of demolding the mold after the wax is hardened; A gel wax coating step of measuring and melting the gel wax as necessary to polish the surface and then pouring the melted gel wax onto the demoulded candle; And a cross-sectional cleansing step of cleansing the cross-sections flowing down after the gel wax is hardened.

In addition, the stripe garnish alternate color as the second embodiment of the candle garnish, as shown in Figure 8, the non-purified beeswax melting step of measuring and melting and toning the unrefined bead wax as necessary; A molten wax scraping step of pouring a small amount of molten wax onto a flat plate and then using a scraper to push the molten wax; Spreading step of pouring a different color wax on the scraped wax to implement a form in which the other colors are altered, and then pushing the upper surface with a scraper; It is manufactured through a shape implementation step of forming a desired shape by cutting or rolling the wax cured to some extent on the working plate.

In addition, a rolling mesh garnish, which is a third embodiment of a candle garnish, may include: a non-crystalline bead wax melting step of measuring and melting and coloring non-crystalline beeswax as necessary; Anhydrous ethanol addition step of adding anhydrous ethanol to the melted wax; Forming a syrup formulation by stirring the wax as the gastric surface of the wax solidifies; A pattern forming step of putting a wax of the syrup formulation in the sachet bag and sprinkling on a film sheet; A film paper shape implementing step of implementing the desired garnish shape by cutting or rolling the waxed film paper into a required shape; Cooling step of solidifying the film paper implemented in the shape in the refrigerator; And a film paper removing step of removing the film paper from the fully hardened garnish.

In addition, the fourth embodiment of the candle garnish plate-shaped strap garnish is, as shown in Figure 10, the non-wax step of melting the unrefined bead wax as needed; Inserting the desired color into the melted wax and then pouring the mold into the mold; A mold demolding step of demolding in the mold after the wax is hardened uniformly; Putting the demolded wax into the noodle making machine and spreading it thinly; It is prepared through a; cutting step of cutting the thinly spread wax to the desired shape and size.

In addition, the spherical garnish of the fifth embodiment of the candle garnish is, as shown in Figure 11, the refined bead wax and pillar soy wax mixed in a predetermined ratio to melt the wax wax and pillar soy wax melting step; Pouring a small amount of the melted wax on the acrylic hemisphere and then rotating the hemisphere to make the wax solidify with a certain thickness; When the wax is solidified with a certain thickness in the acrylic hemisphere, the hole forming step of inserting the shape pod inside the hemisphere to form a hole of the desired size in the desired position; A cooling step of preparing the hemispheres by putting the acrylic hemispheres in the refrigerator for a predetermined time; And a hemisphere binding step of binding one another after producing another hemisphere.

As described above, after completing the candle in the dessert cake form through the candle manufacturing method and decorating the garnish of various forms manufactured through the garnish candle manufacturing method, the garnish dessert candle 1000 having various textures and shapes may be completed.

Although the present invention has been described above based on the preferred embodiments, the present invention is not limited to the above-described embodiments, and the scope of application is not limited, as well as various modifications without departing from the gist of the present invention as claimed in the claims. Of course it can be implemented.

1000: garnish dessert candle according to the present invention
100: candle according to one embodiment
110: first layer 120: second layer 130: gel wax coating layer
200: candle according to another embodiment
300: slim twist garnish according to the first embodiment
400: stripe garnish according to the second embodiment
500: rolling mesh garnish according to the third embodiment
600: plate-shaped strap garnish according to the fourth embodiment
700: spherical garnish according to the fifth embodiment
710: hole

Claims (8)

A pillar soy wax melting step of measuring and dissolving pillar soy wax as desired;
Forming a frame of the side by putting the stripping frame on the side of the mold;
Forming a syrup formulation by stirring the melted wax until a formulation similar to a syrup is prepared;
A mold input step of pouring a wax made of a syrup into a mold;
Forming a plurality of layers and then pouring wax again to form a plurality of layers;
A mold demoulding step in which the wax is hardened to some extent, and the mold is removed by holding the stripping frame; And
And a wax coating step of pouring the colored gel wax on top of the finished candle. A bead wax melting step of measuring and dissolving bead wax as desired;
A mold feeding step of pouring the melted wax into a mold of a desired form;
A mold demolding step of demolding the mold after the wax is hardened;
A gel wax coating step of measuring and melting the gel wax as necessary to polish the surface and then pouring the melted gel wax onto the demoulded candle; And
After the gel wax is hardened, the cross-sectional cleansing step to clean up the cross-section flowed; Glossy glaze cake candle manufacturing method comprising a. A beeswax melting step of measuring and melting the beeswax as necessary;
A molten wax scraping step of pouring a small amount of the melted wax on the film and then pushing it using a scraper;
A shape implementation step of cutting or rolling the scraped wax film to a required size to produce a desired garnish shape;
Cooling step to cool in the refrigerator; And
Candle garnish manufacturing method comprising a; garnish desorption step of removing the finished garnish from the film. A non-crystalline bead wax melting step of dissolving and colorizing the non-crystalline bead wax as necessary;
Anhydrous ethanol addition step of adding anhydrous ethanol to the melted wax; Forming a syrup formulation by stirring the wax as the gastric surface of the wax solidifies;
A pattern forming step of putting a wax of the syrup formulation in the sachet bag and sprinkling on a film sheet;
A film paper shape implementing step of implementing the desired garnish shape by cutting or rolling the waxed film paper into a required shape;
Cooling step of solidifying the film paper implemented in the shape in the refrigerator; And
Method of manufacturing a candle garnish comprising a; film paper removing step of removing the film paper from the completely hardened garnish. A non-crystalline bead wax melting step of dissolving and colorizing the non-crystalline bead wax as necessary;
A molten wax scraping step of pouring a small amount of molten wax onto a flat plate and then using a scraper to push the molten wax;
Spreading step of pouring a different color wax on the scraped wax to implement a form in which the other colors are altered, and then pushing the upper surface with a scraper; And
And a shape realization step of cutting or rolling the wax cured to some extent on the working plate to form a desired shape. A non-wax wax melting step of measuring and dissolving non-wax beads as necessary;
Inserting the desired color into the melted wax and then pouring the mold into the mold;
A mold demolding step of demolding in the mold after the wax is hardened uniformly;
Putting the demolded wax into the noodle making machine and spreading it thinly; And
The cutting step of cutting the thinly spread wax to the desired shape and size; Candlegarnish manufacturing method comprising a. Melting bead wax and pillar soy wax for melting by mixing a predetermined amount of the bead wax and pillar soy wax for melting;
Pouring a small amount of the melted wax on the acrylic hemisphere and then rotating the hemisphere to make the wax solidify with a certain thickness;
When the wax is solidified with a certain thickness in the acrylic hemisphere, the hole forming step of inserting the shape pod inside the hemisphere to form a hole of the desired size in a desired position;
A cooling step of preparing the hemispheres by putting the acrylic hemispheres in the refrigerator for a predetermined time; And
Candle hemisphere manufacturing method comprising a; hemisphere bonding step of binding to each other after producing another hemisphere. Preparing a candle manufactured by the candle manufacturing method of claim 1;
Preparing a candle garnish prepared by the candle garnish manufacturing method of any one of claims 3 to 7;
Decorating the candle with the candle garnish; candle manufacturing method comprising a.

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