KR20150108049A

KR20150108049A - Manufacture method of ceramics mixed Wood-grain sandstone and kaolin

Info

Publication number: KR20150108049A
Application number: KR1020140030694A
Authority: KR
Inventors: 정운섭
Original assignee: 정운섭
Priority date: 2014-03-17
Filing date: 2014-03-17
Publication date: 2015-09-25

Abstract

The present invention relates to a manufacturing method of ceramics mixed with wood-grain sandstone and kaolin ingredients, which comprises: completion (C1) of natural ore by stirring a material beneficial to a human body with a constant ratio, crushing to 200-250 mesh, and inserting moisture with 5-10%; a process (C2) for molding the completed natural ore; drying (C3) the molded article; a process (C4) for plasticizing the dried article at an appropriate temperature; and manufacturing a ceramic with a plasticizing process (C5) by adhering the plasticized article to transfer paper with an appropriate pattern. The ceramics manufactured by the manufacturing method are capable of spraying a large amount of far-infrared rays and anions, having antimicrobial and anti-mold effects, and a deodorizing function, and variously manufacturing construction materials (tile, brick, roof tile), housewares (bed, mat), accessories (ring, bracelet, necklace), kitchen use (dish), etc.

Description

{Manufacture method of ceramics mixed wood-grain sandstone and kaolin} with a mixture of mugwort (Youngwol) and kaolin

The present invention relates to a method for producing ceramics by mixing a kaolin and a kaolin roll which is beneficial to human body.

The functionality of the inventive ceramics

Neckstrap: Antibacterial and antifungal action and deodorizing action

Jeongseon Kaolin: Anion and far-infrared radiation

A ceramic material can be produced by mixing the base material and the water at a certain ratio and molding and baking the ceramic material by the firing process with the transfer paper, thereby providing a beneficial ceramic material to the human body

It is aimed at obtaining beneficial negative ions and far infrared rays for modern people who are under threat of health life due to heavy metal pollution.

The method of making the ceramic is as follows: a molding operation (C2) for forming a shape by a sliver jetting operation (C1), a syringe machine, a press, a drying operation (C3) for drying the molded body, The firing operation (C4) and the firing are made by firing at 800 ° C (C5) with the transfer paper of the appropriate pattern.

The primary molding operation is divided into a primary operation, a secondary operation of calcining at 1200 ° C, and a tertiary operation of calcining at 800 ° C.

Ceramics manufactured in this way are used for building materials, households, accessories, and kitchens. Especially, the ceramic materials are attracting much attention because they are made of natural materials.

Therefore, the present invention relates to a process for producing a ceramic material, such as a primary process for producing a base material by using a wood-based kaolin or kaolin and then molding and drying the material at a predetermined ratio, a secondary process for molding and drying, It is an object of the present invention to provide a beneficial ceramic material of a human body with a beautiful appearance with a unique inherent color produced.

The present invention relates to a method for producing ceramics with a mixture of wood, kaolin, and the like, which is beneficial to the human body, at a predetermined ratio, and has a function of antibacterial, antifouling, and deodorizing functions by radiating a large amount of far-infrared rays and anions.

The present invention relates to a method for producing ceramics by mixing wood, kaolin and kaolin components. The components are stirred at a predetermined ratio and pulverized into 200 to 350 mesh to inject water at 5 to 10% (C2) forming a finished substrate, (C3) drying the molded article, (C4) firing the dried article at an appropriate temperature, firing (4) attaching a transfer paper suitable to the fired article A ceramic material is prepared in the step (C5).

1, the proportion of the material to be mixed in the step of injecting a predetermined amount of water into the ground material having a predetermined size is different depending on the type of product to be produced , Architectural use, and kitchen use are mixed in 100% of the base and 10% of the volume of water, and mixed for 100% of the base and 5% of the volume for the household and accessories.

In addition, the particle size varies depending on the kind of the product. For the architectural use and the kitchen use, the particle size is suitably 200 mesh, and for the household and the accessory, the particle size is 350 mesh.

Mukseokguk: Mokseokseok was dismissed from Yeongwol, Gangwon province, has excellent antibacterial and antifungal effect and deodorization.

Kaolinite: The kaolin extracted from Jeongseon, Gangwon-do consists of sedimentary rocks, volcanic rocks, and metamorphic rocks, and has the effect of increasing the number of anions and far-infrared rays emitted.

Also, referring to Tables 1, 2 and 3, the results of the test for the performance test at the Far Infrared Application Evaluation Center of the Korea Institute of Construction Materials Test are as follows: the far infrared ray emissivity is 0.92, the anion emittance is 20, It can be seen that the deodorization rate is rapidly increased as compared with the case where the sample concentration is not added.

Emissivity (5 to 20 / m) Radiant energy (W / ㎡, 40 ℃) 0.92 3.70 × 10²

NOTE This test was conducted at 40 ° C according to the request of the applicant, and is the result of the comparison with BLACK BODY using FT-1R spectrometer. End.

Sample Name / Item Anion (ICN / cc) Natural Ore (Possession) 20

Remarks) 1. Test method: KICM-FIR-1012

2. Specimen: 40 x 40 x 10 (mm)

3. Using a charge particle measuring device, measure room temperature 22 ℃, humidity 41%

Ionic water at 1.5 cc.

Ion was measured and expressed as 10N per unit volume. End.

Elapsed time (minutes) BLANK concentration (ppm) Sample concentration (ppm) unit(%) Early 500 500 0 30 480 420 12 60 470 390 17 90 450 340 24 120 440 290 34

Note 1) BLANK: Measured with no sample.

2. Specimen: 40 x 40 x 10 (mm) end.

Remarks) 1. Test method: KICM-FIR-1004

2. Test gas: ammonia

3. Gas concentration measurement: gas detection tube

In addition, the use of a transfer paper in the above-mentioned ceramics is intended to be used for decorating purposes. The paper is printed with a pigment suitable for the purpose of use on a very good water-absorbent substrate, A slippery thin film is formed to dissolve the paper and the pigment layer in the reaction, and the vinyl coating on the pigment layer to prevent the dispersion of the printed pigment is the transfer paper currently used. There are three kinds.

In addition to the decoration technique using the transfer paper as described above, other methods such as engraving technique, inlaid technique, finery technique, concourse technique, relief technique, and painting technique can be used.

Ceramics manufactured in this way have various kinds of products that can be made, and since they emit much infrared rays and negative ions from their surface, if they contain food, they can be alkalized, and functions of antibacterial, anti- It is harmless to the human body because it does not use the artificial chemical pigment, and it has the unique color of the substrate.

As described above, the present invention can provide ceramics which are beneficial to the human body by mixing ceramics and moisture at a certain ratio, and by making the ceramics by the molding dry firing and the transfer paper firing process.

And Fig. Table 4 corresponds to FIG. 1 of the above contents. start Material mixing process G1 Molding process G2 Drying process G3 Firing process G4 The predetermined process with transfer paper of pattern G5 complete

Claims

In the production of ceramics, water is injected into the substrate to perform a mixing step (C1), a mixing step (C2), a drying step (C3), a firing step (C4) in which the dried material is baked at an appropriate temperature, (C5), which is a method of manufacturing a ceramic material mixed with kaolin and kaolin
A method of manufacturing ceramics for a building (tile, brick, tile) and a household (bed, mat) in which the material is mixed at a volume ratio of the above material 50%, kaolin 50%
In the material mixing and mixing process (C1), the materials are mixed in a volume ratio of 350 mesh of mackerel, 50% of kaolin and 5% of water to prepare products for accessories (ring, bracelet, necklace) Way