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4245 results about "Ceramic tiles" patented technology

Grinding device for raw materials for manufacturing mosaic ceramic tiles

ActiveCN106040408AFully rolledGather moreGrain treatmentsEngineeringCam
The invention relates to a grinding device, in particular to a grinding device for raw materials for manufacturing mosaic ceramic tiles. The grinding device for the raw materials for manufacturing the mosaic ceramic tiles achieves the technical purpose that raw material grinding is thorough. In order to achieve the technical purpose, the grinding device for the raw materials for manufacturing the mosaic ceramic tiles comprises a support, a grinding box, a pressing plate, an elastic piece, a fixed stop piece, a lifting rod, a contact wheel, a large belt wheel, a motor, a cam, a first supporting rod, a flat belt, a crushing wheel, a small belt wheel, a second supporting rod, a crushing box, a filter screen and a guiding plate; the grinding box is arranged on the right side of the bottom in the support; the first supporting rod and the guiding plate are arranged on the right wall in the support; and the guiding plate is located below the first supporting rod. The grinding device for the raw materials for manufacturing the mosaic ceramic tiles achieves the effects that the raw material grinding is thorough, time and labor are saved, operation is easy, and resources are saved, and because an electric pushing rod is started to stretch out and draw back, the grinding box is driven to move leftwards and rightwards.

Formula and method for manufacturing ceramic tile blank bodies and glazed tiles by utilizing polished waste residues

The invention discloses a formula and a method for manufacturing ceramic tile blank bodies by utilizing polished waste residues. The formula adopts ingredients by weight portions: porcelain clays account for 18 to 40 parts, clays account for 20 to 30 parts, limestone grains account for 1 to 10 parts, wollastonite grains account for 3 to 15 parts, glazed tile sludge residues account for 3 to 10 parts, ceramic polished waste residues account for 15 to 45 parts, soluble glass accounts for 1 to 2 parts, thinners account for 0.15 to 0.4 parts, sodium tripolyphosphate accounts for 0.05 to 0.2 parts, and a proper amount of water is adopted. A manufacturing method of the ceramic tile blank bodies comprises the steps as follows: a. raw materials are put in a ball grinder for ball milling after being blended so as to form sizing agents with proper fineness and screen tailings through milling, and the sizing agents are processed through deferrization, sieving and spray drying so as to form powders; and b. the powders are put in a die cavity of a press forming machine to form waterish blanks through pressing, the waterish blanks are dried in a drying kiln, the dried waterish blanks are applied with base pulp and then enter a biscuit firing kiln, biscuit firing is carried out under the temperature ranging from 1080 to 1160 DEG C, heat preservation is carried out in an area with the temperature ranging from 1040 to 1060 DEG C, the sintering time of the area is prolonged, and the sintering process for oxidizing atmosphere can be enhanced at the same time so as to obtain the ceramic tile blank bodies.

Ceramic tile with dry particle glaze-decorated surface and manufacturing method thereof

The invention relates to a ceramic tile with a dry particle glaze-decorated surface. The structure of the ceramic tile comprises a blank layer, a base glaze layer, a cover glaze layer, a printing layer and a dry particle layer from bottom to top, wherein the dry particle layer comprises the same kind of dry particles or the combination of more than two different kinds of dry particles; the different kinds of dry particles are different in particle size and refractoriness; and the particle size of the middle dry particles in the dry particle layer is (-60)-(-120) meshes. The invention also provides a preparation method of the ceramic tile with a dry particle glaze-decorated surface, which sequentially comprises the following steps: (a) producing a blank by using a press; (b) drying the blank by using a drying kiln; (c) applying the base glaze; (d) applying the cover glaze; (e) printing; (f) applying the dry particle glaze; (g) firing; (h) polishing; and (i) edging. The ceramic tile shows unique third dimension of light in the change of different lights and different heights so that the decorative pattern of the ceramic tile has a perfect texture; and moreover, the ceramic tile has good effects in slip resistance, wear resistance, dirt prevention and the like. The preparation method is easy to operate, the cost is low, and the product has a good effect.

Production method of once-fired super-spar ceramic tile and ceramic tile

The invention relates to a production method of once-fired super-spar ceramic tile and the ceramic tile. The production method of the once-fired super-spar ceramic tile comprises the following steps: preparing green body powder; pressing a tile body; cleaning the green body; pouring ground glaze; printing; pouring overglaze; firing a glaze body at a high temperature; polishing; performing surface treatment; performing edge polishing; and packaging to obtain a finished product, wherein the overglaze comprises the following components in parts by weight: 5 to 13 parts of quartz powder, 3 to 20 parts of potassium feldspar, 20 to 28 parts of soda feldspar, 12 to 18 parts of dolomite, 3 to 6 parts of fired talc, 3 to 8 parts of kaolin, 14 to 22 parts of calcined kaolin, 3 to 8 parts of zinc oxide, 7 to 14 parts of barium carbonate and 3 to 6 parts of grammite. According to the invention, the problems that microlite has low wear resistance and is difficult to process in the prior art are solved, and the defect of water ripples caused by the situations that fully-polished glaze absorbs dirt, bottom is easy to expose and the tile surface is uneven is also solved. The super-spar product produced with the method has the advantages that the microlite is transparent, bright and smooth like a mirror and does not absorb dirt completely; and the fully-polished glaze is light, thin and wear-resistant.

Lightweight ceramic tile and production method

The invention discloses a light-weight ceramic brick, which is a light-weight ceramic brick fired at high temperature and has a honeycomb-like internal structure of closed pores. The invention also discloses a preparation method of the above-mentioned lightweight ceramic tiles, which is formed by dry pressing after wet ball milling, sieving, iron removal, spraying drying tower and powder spraying on the vitrified brick polishing waste produced in large quantities in the ceramic industry at present. Method forming, or kneading using wet extrusion molding, and then firing products in continuous or batch kilns. Manufacture a kind of lighter quality ceramic tiles, aiming at the insufficient use of waste materials in the past, more effectively utilize industrial waste residues in large quantities, and because of its light structure, it can be used in the decoration of high-rise building walls, It has good properties such as light weight, high strength, heat preservation, and sound absorption, and it can significantly reduce the weight of the wall structure. At the same time, it also has the characteristics of easy transportation, easy construction, and fast speed. It has great advantages in saving energy and reducing the weight of buildings. The outstanding advantage is that it is an environment-friendly building ceramic decoration material.

Light glazed ceramic tile with anion function and low water absorption and production method thereof

The invention discloses a light glazed ceramic tile with anion function and low water absorption and a production method thereof. The formula of the glazed ceramic tile is as follows: fancy glaze containing 0.1-90 portions of stamp powder, 0.0-190 portions of pigments, 100-200 portions of stamp-pad ink and 0.01-15 portions of anion material; a green body containing 10-45 portions of ceramic shraff, 15-20 portions of clay, 10-20 portions of feldspar, 30-50 portions of sandstone, 30-50 portions of water, 0.0-0.3 portion of lignin, and 0.0-1.0 portion of sodium tripolyphosphate; and conventionalcover glaze. The production method comprises the following steps: stirring and screening the fancy glaze materials to obtain the fancy glaze; conducting ball-milling, screening and pelleting after materials of the green body are mixed, and then conducting compression moulding and drying, glazing, embossing, and sintering for 50-55 minutes at the temperature of 1195-1205 DEG C, thus obtaining the product. The ceramic tile has the characteristics of being light, low in water absorption, high in mechanical strength, small in coefficient of thermal conductivity, strong in antifouling capability and the like, can continuously release anions with the number of more than 500/cm3 in space, and can be widely applied to decoration of building outer walls and home furnishing spaces.

Ceramic tile having antiskid effect and manufacturing method thereof

ActiveCN104261897AAnti-skid effect in wet waterImprove skid resistanceMetallurgyCalcination
The invention discloses a ceramic tile having an antiskid effect and a manufacturing method thereof. The ceramic tile is composed of a base body layer, a base glaze layer and a cover glaze layer from bottom to top; as improved, the ceramic tile further comprises an antiskid glaze layer which is located above the cover glaze layer. The manufacturing method of the ceramic tile is to form the antiskid glaze layer by printing an antiskid glaze slip by use of a flat silk screen, wherein the antiskid glaze layer is sprayed on the cover glaze layer of the ceramic tile and fused with the cover glaze layer by virtue of high-temperature calcination, and consequently, the ceramic tile is enabled to have a wet antiskid effect, and therefore, the usability of a ceramic glazed floor tile can be remarkably improved and the market application range of the ceramic glazed floor tile can be expanded. The manufacturing method of the ceramic tile is carried out according to a traditional production and manufacturing flow and does not need to be greatly modified in the basic process flow; besides, the manufacturing method is wide in application range, and capable of simultaneously adapting to ceramic products such as once-fired stoneware floor tiles, once-fired porcelain floor tiles and twice-fired ceramic glazed floor tiles.
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