57results about How to "Bright hair color" patented technology

The invention relates to an ink-jet penetrated polished semitransparent ceramic sheet. The ink-jet penetrated polished semitransparent ceramic sheet comprises a semitransparent green body containing an ink dyeing assistant agent, and an ink jet penetrating layer penetrating into the semitransparent green body. According to a preparation method, the ink dyeing assistant agent is added into the semitransparent green body, and ink jet penetrating technology is adopted, so that penetration of patterns into the semitransparent green body is realized, polishing is carried out directly after sintering, green body surface particle flatness is excellent, stain resistance is excellent, pattern wear resistance is excellent, and requirements on highlight products are satisfied, adding of a transparent glaze layer onto the surface of the green body is not necessary, cost is reduced, a problem that bonding of the glaze layer with the green body is poor is solved, production deformation cracking is avoided, the preparation method of the green body is simple, adding of non-transparent preform body is unnecessary, and in addition, the semitransparent green body contains the ink dyeing assistant agent, so that the color of the patterns used for decoration is bright, sharpness is high, and decoration requirements can be satisfied preferably.

The invention relates to a titanium blank colored enamel product and a manufacturing method. The titanium blank colored enamel product comprises a metal bottom blank and a titanium enamel glaze layer, wherein the metal bottom blank is manufactured by using industrial pure titanium with the purity of more than 99%; a ground glaze layer of the titanium enamel glaze layer is prepared from 10% of titanium oxide, 35% of high-purity quartz, 32% of borax, 3.5% of barium oxide, 4% of zinc oxide, 3.2% of calcium oxide, 3% of magnesium oxide, 4.3% of aluminum oxide and 5% of lead oxide; a colored cover glaze layer is prepared from the mixture of 5% of the titanium oxide, 38% of the high-purity quartz, 34% of the borax, 2.5% of the zinc oxide, 3.2% of the calcium oxide, 6.5% of potassium oxide, 3.8% of the aluminum oxide and 7% of the lead oxide, and a coloring agent type metal oxide at the weight ratio of 100 to (0.5-12); and the titanium blank colored enamel product prepared by the steps of preparing the metal bottom blank and titanium enamel glaze, firing the ground glaze layer and the colored cover glaze layer, discharging from a furnace and trimming can be firmly glazed, has the bright and flat glaze and high rigidity and intensity, and is not easy to oxidize and get rusty.

The invention relates to a method for producing electric-melting zirconia used for turquoise pigment and glaze, which is characterized in that: in a process of fine crushing, a feed particle size D50 is controlled between 20 and 25mu m, the working air pressure of a nozzle of a jet mill is 0.8MPa, a cyclonecluster is adjusted to 45Hz, a grader is adjusted to 18Hz, and the size distribution after the crushing meets the conditions that: D10 is not less than 3mu m, D50 is kept between 14 and 15mu m, and the difference between D90 and D10 is not more than 30mu m. The method has the advantages that: the narrow size distribution range of zirconia powder is realized, and reasonable grain size distribution is realized; and the electric-melting zirconia is favorable for color development of the turquoise pigment and glaze compared with the traditional electric-melting zirconia, comprehensively improves the blue degree of corresponding pigment and glaze, reduces a brightness value, makes the pigment develop more bright and vivid color in the glaze, and improves the beautifulness of corresponding ceramic products. The electric-melting zirconia after reasonable particle size control and adjustment can improve the high temperature resistance of the turquoise pigment and glaze more obviously than the electric-melting zirconia which is not controlled, and still can keep bright tone at the temperature higher than 1,200DEG C so as to promote the application to high temperature pigments.

The invention provides a background wall brick preparing method. The background wall brick preparing method comprises the following steps: 1, forming a green body and drying the green body to obtain the dry green body; 2, applying ground coat enamel on the surface of the dry green body to obtain a first green brick; 3, inkjet printing the ground coat enamel of the first green brick to obtain a second green brick; 4, drying the second green brick to obtain a third green brick; 5, applying cover glaze on the inkjet-printed side of the third green brick to obtain a fourth green brick; 6, drying the fourth green brick to obtain a fifth green brick; 7, roasting the fifth green brick at high temperature to obtain a sixth green brick; 8, polishing the sixth green brick to obtain the background wall brick. The background wall brick is large in moh hardness and breaking strength and low in water absorption. The invention further provides a background wall preparing method, and the background wall is good in link and attractive and elegant in appearance.

The invention relates to a preparation method of a penetrating tile. The method includes the steps of: A. pressing powder into a green body, and then performing drying; B. performing slurry sprinkling on the green body obtained in step A; C. performing secondary drying on the slurry sprinkled green body, and conducting drying; D. carrying out inkjet printing of oily penetrating ink on the green body obtained by step C; and E. performing firing in a kiln, and conducting calcinations, polishing and edging, thus obtaining the penetrating tile. The preparation method of the penetrating tile provided by the invention can make oily penetrating ink effectively penetrate the slurry layer.

The invention discloses a method for preparing ferrozirconium red stain, which is characterized by comprising the following steps in turn: (1) liquid-phase reaction, which is to perform liquid-phase reaction on zirconium oxychloride, ferrous sulfate and sodium metasilicate pentahydrate in water; (2) separation and drying, which is to separate and dry solid-liquid suspended substances generated by liquid-phase reaction; (3) precalcination, which is to crush dried substances and calcine the crushed substance for 2 to 3 hours at a temperature of between 750 and 850 DEG C; (4) mixing, which is to mix products of precalcination uniformly with lithium fluoride, sodium fluorosilicate and sodium fluoride; (5) calcination, which is to calcine the mixture in the four step for 2 to 5 hours at a temperature of between 900 and 1,000 DEG C; and (6) post processing, which is to treat sintered solid substances by grinding, acid washing, water scrubbing, drying and sieving. The method for combination of liquid-phase reaction and solid-phase reaction improves the encapsulation rate of high-temperature solid-phase reaction, and synthesizes ferrozirconium red stain products which have beautiful chromogenic colors and strong chromogenic force and are stable at high temperature.

The invention discloses a firing technique of blue-and-white underglaze red, which comprises the following steps: 1) preparation of blank and glaze; 2) preparation of billet: making the blank into the billet, trimming, and airing for later use; 3) blue-and-white underglazing: drawing patterns or writing characters on the billet surface with a blue material and a copper red material, carrying out glaze application, and airing to obtain a blue-and-white billet; 4) firing: putting the blue-and-white billet into a kiln, controlling the kiln in an oxidizing atmosphere, heating to 300 DEG C at 100-120 DEG C/hour, and continuing heating to 950 DEG C at 150-200 DEG C/hour; and while controlling the kiln in a reducing atmosphere, heating to 1260-1360 DEG C at 40-60 DEG C/hour, keeping the temperature for 1-2 hours, stopping heating, cooling, and discharging out of the kiln to obtain the finished product. The blue material of the blue-and-white underglaze red porcelain has the advantages of bright color development and stable and uniform coloration, the red material has the advantages of bright coloration, no flying red and no blackening. The blue and red colors of the blue-and-white underglaze red porcelain contrast with each other and benefit each other.

The invention relates to a corrosion-resistant blue ceramic pigment and a preparation method thereof and belongs to the technical field of ceramic pigment production. The pigment is prepared from, by weight, 10-60 parts of potassium carbonate, 20-55 parts of diammonium phosphate, 20-65 parts of zirconium oxide, 10-30 parts of zinc oxide, 30-50 parts of aluminum oxide and 15-45 parts of cobaltous oxide. The preparation method comprises the steps of mixing the components to be uniform, conducting high temperature calcination at the temperature of 500-1000 DEG C, conducting cooling and pulverization, sieving the components with a 500-800-mesh sieve, conducting washing, after washing is ended, conducting further pulverization with a ball mill, sieving the components with a 100-300-mesh sieve, and obtaining the corrosion-resistant blue ceramic pigment. The ceramic pigment is bright in color development, and in addition, the pigment is simple in preparation process, resistant to corrosion and applicable to underglaze color, pigmented glaze and overglaze color.

The invention relates to a preparation process of a wear-resistant vintage brick with a 4-8-degree soft surface. The preparation process comprises the following steps: (1) preparation and processing of glaze; (2) application of ground glaze: placing the ground glaze into a glaze spraying device, utilizing the glaze spraying device to cover the surface of an obtained bottom blank with the ground glaze and obtaining a glaze blank; (3) ink-jet printing: printing ceramic ink on the ground glaze by an ink-jet printer according to a color pattern prepared in advance and forming a decorative pattern;(4) spraying of cover glaze: spraying on the dried ground glaze surface with the decorative pattern by 50-60g/m<2> of water to reach a first-time slurry spraying position, carrying out waterfall-typespraying of cover slurry a according to a dosage of 400-450g/m<2>, reaching a second-time slurry spraying position after a conveying time of about 15 seconds, and carrying out waterfall-type sprayingof cover slurry b according to a dosage of 500-900g/m<2>; secondary drying: conveying the blank body sprayed with cover slurry twice into a drying kiln with the temperature of 120-220 DEG C, whereindrying period is 40 minutes; finally, carrying out firing, multistage polishing and graded package.

The invention provides a red glaze as well as a ceramic tile using the red glaze and a preparation method of the ceramic tile. The red glaze is prepared from basic glaze and a red pigment, wherein thebasic glaze is prepared from the following components in percentage by mass: 22 to 26 percent of potash feldspar, 8 to 12 percent of kaolin, 5 to 8 percent of burned talcum, 13 to 18 percent of calcite, 25 to 35 percent of quartz sand, 2 to 5 percent of zinc oxide, 3 to 8 percent of zirconium silicate and 4 to 7 percent of barium carbonate; the red pigment is 8 to 15 mass percent of the basic glaze.

The invention relates to the technical field of ceramic tiles, and discloses a glazed tile with anti-slip and anti-slip effects and a preparation method thereof.According to the glazed tile, on one hand, printing fancy glaze containing high-temperature protruding powder and anti-slip glaze powder is printed on the surface of the ceramic tile, so that a pattern layer is rich in anorthite and baryta feldspar crystals; two crystal phases contained in the glaze layer can effectively form a surface height difference due to particle size difference, and a concave-convex surface layer is generated; on the other hand, a special HRT pit digging rubber roller engraving process is adopted and matched with the printed fancy glaze, so that a more obvious concave-convex effect can be formed, and the anti-sliding and anti-sliding effects of the glazed tile can be further improved; the wet water static friction coefficient of the glazed tile reaches 0.7 or above, the wear-resistant and antifouling level of the glaze reaches the fifth level, and the surface of the glazed tile presents various patterns in different shapes, so that the glazed tile is more attractive, natural and rich; according to the preparation method, destructive technological means such as slotting, cutting and anti-slip agent smearing are not needed for the brick surface, operation is easy, and the preparation cost is low.

The present invention relates to a long-lasting powder essence composition with improved coloring and skin feeling and its preparation method. The powder essence composition is a high-fitting coloring powder not likely to smear or wear off. The composition turns into liquid the moment it is rubbed on the skin to offer a natural color tone like water color, keeps the color clear without getting cakey even when it is reapplied multiple times, and delivers a clearer color as it glides on the skin to break powder and water particles. The powder essence composition according to the present invention is also a powder emulsion, which makes the skin feel light and hydrated rather than sticky or stuffy when applied to the skin and stays long due to its water-resistant function. In addition, the powder essence composition according to the present invention contains different functional moisturizing agents to provide plenty of nourishment when applied to the skin. The composition makes the skin feel fresh and hydrated rather than stuffy or heavy, lightly sinks into the skin like nothing is applied on the skin, to display a strong tint function, stays long just with one touch and has a good water-resistant effect, so it does not bleed when in contact with water.

The invention provides a manufacturing method of a nature marble tile with an original stone color and a clear pattern. The manufacturing method comprises the processes of material selection, materialproportioning, ball milling, color modulation, powder preparation, cloth pressing, drying, glaze spraying, ink printing and screen printing, firing, polishing, sorting, packaging and warehousing. Theprocess of spraying a micron (nano) dirt-proof coating is additionally executed between the process of cloth pressing and the process of drying. The process of cloth pressing comprises the steps of powder crushing, full-automatic blanking through a computer control panel, distribution of line micropowder on a mold, base material (12 pipelines) blanking and compression molding. The process of printing and ink jetting comprises the steps that printing is conducted at least three times before ink jetting; ink jetting is conducted on multiple faces (nine faces) of each stone; at least 13 times ofprinting is conducted after ink jetting, and slight drying is conducted; scraped edges are coated with brick prime pulp, and firing is conducted. The nature marble tile with the original stone colorand the clear pattern mainly comprises, by weight, 10-%-15% of low-temperature porcelain stone powder, 10%-20% of intermediate-temperature porcelain sandy soil, 9%-18% of high-temperature porcelain sand, 10%-15% of washing black clay, 10%-15% of sodium stone powder, 5%-10% of high-aluminum porcelain sand, 10%-20% of sodium porcelain sand, 5%-18% of ball clay, 0.5%-1% of a dispergator and 0.5%-1.5%of pigment. According to the manufacturing method of the nature marble tile with the original stone color and the clear pattern, a deep permeable layer is achieved, the high resolution of 720 DP is achieved, and the texture is vivid and nature.