KR20050040680A - Ceramic products radiating anion and far­infrared and making method thereof - Google Patents

Abstract

The present invention relates to an anion and a far-infrared radiation ceramic (tile) product and a method of manufacturing the same, wherein the anion is produced using natural ore containing tourmaline, jade powder or rare elements to generate an anion in a ceramic manufacturing process. By mixing a proper amount of generating materials, it can be easily provided with large amount of negative ions and far infrared rays in daily life. To produce a product with the same pattern as natural marble.

That is, the present invention in the manufacture of ceramic products such as tiles, bathtubs, toilets, wash basins through raw material selection and blending, mixing, kneading, molding, drying, baking process, by weight ratio of black soil 12%, white clay 15%, Anions and far-infrared rays made of one or more natural ores of 40% porcelain powder, 28% feldspar powder, tourmaline and jade powder or rare elements containing granite, ganban stone, crystallization, mica, germanium ore (heaven stone) and flagella A grinding process for mixing and pulverizing 5% of the radioactive material, a process for removing the iron component contained in the mixed material powdered by the grinding process with a magnetic substance, and a known method for mixing the mixed material from which the iron component has been removed. The process of kneading, shaping, drying and baking is performed sequentially, and further, the process of polishing the surface of the produced fired product sufficiently to make the surface of the polished product polished is luxurious. While providing a product, it can emit negative ions and far infrared rays.

Description

Ceramic products radiating anion and far 방사 infrared and making method

The present invention relates to anions and far-infrared radiation ceramic products (magnetic, ceramics, stoneware) and a method of manufacturing the same, and more specifically, to tourmaline, jade powder or rare elements to generate anions in the process of manufacturing ceramics. It can be easily provided with large amount of anions and far infrared rays in daily life by mixing a proper amount of anion generating materials manufactured using natural ore containing. To produce a product with the same pattern as natural marble.

Invisible fine particles in the air, the state that the atom, the minimum constituent unit of various forms of material, and the molecule of the atom is accompanied by electricity, called ions, and minus (-) electricity .

The lack of electrons is positive ions because they have a positron (most of the pollutants in the atmosphere), and the excess electrons are called negative ions because they are negatively charged.

Sources include waterfalls, forest baths (pine forests), rocky beaches, fast-flowing valleys, and parks after rain.

Negative ions have air purification, dust and sterilization functions, and the effects on the human body are known to be effective in blood purification, cell activation, resistance increase, pain relief, autonomic nervous system control. In addition, the effect on the human body in the case of far-infrared radiation is the increase of the temperature of the subcutaneous layer, the expansion of microvessels, the promotion of blood circulation, the strengthening of metabolism between the blood and the human body and other tissues, the elimination of blood disorders, the regeneration of the tissues and the anticonvulsion ability. At the same time, it has been shown to suppress abnormal excitability of sensory nerves and to modulate autonomic function.

Due to the advantages of these negative ions and far infrared rays, many products are manufactured and sold that can easily encounter negative ions and far infrared rays in their daily lives, and most of them are coated with materials that can emit negative ions and far infrared rays on the surface of the product. It is a degree which forms a coating layer.

However, the coating treatment on the product as described above may be easily peeled off during use, and there is a problem that the radiation effect of negative ions and far-infrared rays is remarkably reduced when used for a certain period of time, while being expensive and difficult for the general public to easily use.

On the other hand, tiles, bathtubs, toilets and washbasins used as toilet equipment are made of white by applying glaze on the surface of clay plastic products to provide cleanliness, and functional products are also being launched in the near future. In addition, the coating layer is formed by coating a material capable of emitting anion and far-infrared rays on the surface, and there is no significant difference in terms of appearance, and the anion and far-infrared radiation performance is very weak.

The present inventors have completed the present invention with the technical problem of the invention to enable a large amount of negative ions and far-infrared rays beneficial to the human body in a ceramic product widely used in everyday life.

That is, in the present invention, a material capable of providing a large amount of anions and far infrared rays in the process of manufacturing various ceramic products, that is, powders such as tourmaline and jade (jade), or granite containing rare elements, elvan, crystalline, mica , By mixing the germanium ore (heaven stone), flagella with at least one natural ore-generating material produced by using one or more natural ore, so that you can receive anion and far-infrared rays in your life It is to provide the same luxury.

1 is a cross-sectional view of a ceramic product manufactured by the present invention, the preferred anion and far-infrared radiation ceramic product of the present invention can be applied to bathroom equipment such as tiles, bathtubs, toilets, wash basins, hereinafter, a polishing tile as an example Will be explained.

The anion and far-infrared radiation ceramic products of the present invention (1) are 12% black soil, 15% white clay, and magnetic powder (weight less than magnetization by firing the mixture of clay and glass powder at about 1200 ° C or less) by weight ratio. 40% Manufactured using one or more natural ores among 28% feldspar powder and powders such as tourmaline and jade (jade), or rare ores containing granite, elvan, crystalline, mica, germanium ore, and flagella 5% (2) of the anion emitting material is mixed and molded, and then baked at a high temperature of 1200 ° C. to polish the surface with a pattern such as natural marble so that anion and far infrared rays can be provided.

As the method of manufacturing the anion and far-infrared radiation ceramic product (1) described above, as shown in FIG. 2, raw material selection and blending, mixing, iron removal, kneading, molding, drying, baking, surface polishing, and packaging are performed. As a specific production method will be described below.

1) Raw material selection

Material selection in the present invention is very important as the product is polished to a pattern such as natural marble after firing.

In order to be able to provide a pattern like natural marble in the state of being baked after being polished even in ceramic products, 12% of black soil, 15% of white clay, and magnetic powder (a mixture of clay and glass powder are fired at about 1200 ° C. or less) Less magnetization.) One or more of 40%, feldspar 28%, powders such as tourmaline and jade, rare elements containing granite, elvan, crystalline, mica, germanium ore, flagella Prepare 5% of anion and far-infrared radioactive material manufactured using natural ore. These raw material ratios are for producing a series of bright colors of the fired product.

This blended product has good whiteness, high processability, low water absorption, and good flatness. And after polishing, it has a lot of gloss and high flame resistance.

The color of the product varies depending on the material selected. If the ratio of white soil and porcelain powder is high, the product is made of light color close to light gray. If the ratio of black soil and feldspar is high, the product of dark color close to brown is produced. Bar, the mixing ratio of the raw materials can be used to adjust arbitrarily.

2) mix

Each material prepared as described above is put in a crusher and crushed and crushed to make the material into powder and simultaneously mixed evenly.

3) Iron component removal

Magnetic material is used to completely remove iron contained in the mixed material. If the iron is not removed at this time, corrosion occurs in the state of installation of the product.

4) dough

Pour water into the mixed material from which iron has been removed, knead and knead. The dough should not be too wet.

5) Molding

The dough kneaded as described above is placed in a mold to make a molded product of uniform size.

6) Drying

The molding is naturally dried in the shade until the water content is 10%.

If necessary, drying may be performed using a drying chamber similar to natural drying conditions.

7) Burning

Molding The dried moldings are put in a kiln and baked for about 50 to 70 minutes at a high temperature of 1200 ° C. At this time, the water content of the fired product is to be 0.2% or less.

8) polishing

Polish the edges and surfaces of the fired product. If the surface is polished enough to be polished. Polishing is carried out through a predetermined method so that the pattern provided by natural marble can be provided.

9) Packing

The polished product is packaged as described above. At this time, it is preferable to select and pack products according to the degree of firing and polishing.

When the anion and far-infrared radiation ceramic products of the present invention manufactured as described above are used as toilet equipment, they can provide luxury as if they were installed with natural marble, and contain powders such as tourmaline and jade, and rare elements. Since anion radiating materials manufactured using natural ore such as granite, elvan, crystalline, mica, germanium ore (heaven stone) and flagellite are evenly distributed in ceramic products, the anion and far infrared rays are radiated continuously Various effects such as blood purification and blood circulation can be easily obtained in daily life.

 3 and 4 is a copy of the test (inspection) test report commissioned by the Korea Institute of Construction Materials Testing Materials ceramic products prepared by mixing anion emitting material powder or anion emitting material powder and purgatory in accordance with the present invention, as seen on the charge particle measuring apparatus In the test specimen prepared by mixing 40 * 40 * 297 (mm) size prepared in the present invention and experimenting at a temperature of 21 ° C., a humidity of 41%, and an anion 73 / cc in the air, only 13 anion water was added to the specimen. / cc, the specimen prepared by mixing the anion emitter powder and nephrite together shows that the anion number is 955 / cc there is a sharp increase in the anion number.

As described above, when the anion and far-infrared radiation ceramic products fired by the manufacturing method of the present invention are used as toilet equipment or building flooring material, a large amount of anion and far-infrared ray may be provided, thus contributing to health promotion. As it provides the same pattern as natural marble, it is a very excellent invention that guarantees the profits that can be achieved more than expected, such as being able to provide a luxurious direction at an affordable price range, leading to price competitiveness over other products.

1 is a cross-sectional view showing an embodiment of a ceramic product manufactured by the present invention

2 is a process block diagram of the present invention.

Figure 3 is a copy of the test (inspection) test report commissioned by the Korea Institute of Construction Materials testing the ceramic product prepared by mixing the anion radiation material powder

Figure 4 is a copy of the test (inspection) test report commissioned by the Korea Institute of Construction Materials testing a ceramic product prepared by mixing an anion radiant powder and nephrite jade simultaneously

■ Explanation of symbols used in main part of drawing ■

1: ceramic products

2: anion emitter

Claims (2)

In ceramic products like tiles, bathtubs, toilets, washbasins, 12% black soil, 15% white clay, 40% porcelain powder, 28% feldspar powder, tourmaline and jade powder, rare elements containing granite, ganban stone, crystallite, mica, germanium ore Mixing and molding 5% of anion emitting material made of one or more natural ore among the mother rock and firing at high temperature of 1200 ℃, the anion and far infrared rays are radiated simultaneously, and the surface is polished to form the same pattern as natural marble. Anion and far infrared radiation ceramic products. In manufacturing ceramic products through raw material selection and blending, mixing, kneading, molding, drying and baking processes, 12% black soil, 15% white clay, 40% porcelain powder, 28% feldspar powder, tourmaline and jade powder or granite containing rare elements, ganban stone, crystallization, mica, germanium ore (heaven stone), piece A grinding process for mixing and powdering 5% of anion emitting material powder made of at least one natural ore among the mother rock, Removing the iron component contained in the mixed material powdered by the grinding process with a magnetic material; The process of kneading, molding, drying and baking the mixed material from which the iron component has been removed is sequentially performed, and further, a process of sufficiently polishing the surface of the produced fired product to be polished sufficiently is added to the natural marble and the liver pattern. Method for producing an anion and far-infrared radiation ceramic product, characterized in that formed.