32results about How to "Pure hair color" patented technology

The invention discloses a preparation method of a colored flame candle, which comprises the following steps: a. making a candle burning core; b. making a candle color core; c. preparing a candle main burner; d. forming a candle. The present invention adopts polyethylene glycol (molecular weight is 20000) as the molding improver of the candle, which can reduce the expected effect of the candle while reducing the cost of making the candle. The invention uses dilute alkali as the degreasing agent to degrease the candle wick, so that the amount of the color developing agent absorbed by the cotton thread is greatly increased, and the hair color is also purer.

The invention discloses a method for preparing a nanospherical ferrosilicon red-coated pigment by a microwave hydrothermal method, wherein the method comprises: firstly measuring a certain amount of deionized water into a beaker, adding iron chloride, enabling the iron chloride to be completely dissolved, adding borax into the solution of the previous step, and continuously stirring for 10min; dropping ethyl orthosilicate into the previous solution, then dropping 3mol / L of NaOH solution to regulate a pH value to a needed value, setting the temperature of a magnetic stirrer to be 40 DEG C, and continuously stirring for 120min; and moving the obtained mixed solution into a microwave hydrothermal reaction vessel for reaction at 180-210 DEG C, collecting the products after reaction, washing the products with deionized water until being neutral, and drying with a drying box to prepared the ferrosilicon red-coated pigment with 30-80nm of diameters and pure color. The method has prominent advantages of low preparation temperature, simple technology, and cheap and easily available raw material, so the method has a wide market prospect.

The invention relates to high-temperature bright-red printing glaze, its preparation method and a preparation method of a glazed tile. On the basis of not making big changes on a present glazed tile production technology, emphasis is put on adjustment and optimization of composition of printing basic glaze powder, composition of frit in the printing basic glaze powder, optimization and ratio of frits with different properties, composition of stamp-pad ink, processing technology of printing glaze, engraving mode of a rubber covered roller, mesh number of a screen printing plate and the like. Thus, the color of the surface of a high-temperature sintered glazed tile imprinted with the single printing glaze is bright, pure, glossy and shiny and is typical bright red. When the printing glaze is alternately printed with a printing glaze of other colors, the color on the surface is bright, pure, wide in color gamut and colorful, can be compared favorably with colors in the fields of fabrics, wallpaper, advertisement design, and has strong decorative effect and aesthetic feeling. Meanwhile, the technology has high universality and is easy to popularize in the industry.

The invention discloses a method for preparing a zirconium silicate coated carbon nanosphere ceramic black pigment. The method is characterized in that carbon nanospheres prepared from a biomass raw material by a hydrothermal method replace a traditional carbon source, the hydrophilicity is improved by use of rich oxygen-containing functional groups on the surfaces of the carbon nanospheres and the negative potential state, and the dispersity of the carbon source is enhanced; the thickness of wrappers of the carbon nanospheres and the electrostatic adsorption capability are adjusted and controlled to enable a zirconium silicate precursor to tightly wrap the carbon nanospheres; and under the action of a mineralizer, the ceramic black pigment in which zirconium silicate wraps the carbon nanospheres is prepared after high-temperature calcination. In the experiment process, through optimization and control of such conditions as the addition of glucose, the hydrothermal temperature, the hydrothermal time, the silicon-zirconium ratio, the stirring time of the precursor, type and consumption selection of the mineralizer and a firing system, the synthesized black pigment is pure in color, uniform in particle size and stable in performance, can be used in various high-temperature ceramic glazes, and has a high economical value.

The invention discloses a ceramic silicon iron red pigment mainly prepared from laterite. Laterite and ferric oxide used as raw materials and an additional mineralizer are proportioned, mixed, screened, subjected to mechanochemical ball milling, and roasted to obtain the product. The cheap laterite used as the main raw material and a small amount of Fe2O3 chemical raw material are combined with the mechanochemical process to prepare the favorable-coloration ceramic silicon iron red pigment. Compared with the existing preparation method of the silicon iron red pigment, the method disclosed by the invention has the advantages of simple technique, no environment pollution, high yield, low energy consumption, low cost, pure color development and the like, and thus, has broad market prospects.

The invention discloses a polychrome painting pigment prepared by taking red mudstone as a coloring agent. The polychrome painting pigment is characterized by comprising the following steps: roughly smashing and sieving the red mudstone; performing chemical ball milling by using mechanical force, and mixing with ceramic flux ingredients; adding water, stirring uniformly, coloring and roasting to obtain the product, wherein the roasting temperature is 780-850 DEG C. The polychrome painting pigment with excellent color generation is prepared by taking cheap red mudstone as a major raw material in combination with a mechanical force chemical ball milling method. Compared with a conventional preparation method of the polychrome painting pigment, the preparation method has the advantages of simple and convenient process, no environmental pollution, high yield, low energy consumption, low cost and pure color, thereby achieving a wide market prospect.

The invention discloses a preparation method of a nano spherical ferrosilicon red pigment with high dispersity and a high encapsulation rate. Fe2O3 with a particle size of 40nm is prepared by virtue of a hydrothermal method, and PVP (polyvinylpyrrolidone) is used for modifying the Fe2O3. The PVP is adsorbed on the surface of the Fe2O3 to form a layer of macromolecular protection membrane and a steric hindrance layer, so that the repelling force and the particle stability can be improved, and the dispersity is improved. Then the surfaces of the Fe2O3 surface particles are uniformly coated witha layer of SiO2 to form Fe2O3@SiO2 having a core-shell structure by adopting a simple St-ber method. By virtue of high-temperature calcinations, the nano spherical ferrosilicon red pigment with high encapsulation rate and high dispersity can be obtained, the synthesized red pigment is pure in color, uniform in particle size and stable in performance, can be used in various glaze bodies and has higher economic value.

The invention discloses a metallic patterned glaze, a full-glazed ceramic brick with metallic effects and a production process thereof. Polished glaze layer, the metal patterned glaze layer is composed of metal patterned glazes of the same or different colors by screen printing with effect nets, and the full-polished glaze layer is made of cross-printed multi-channel full-polished glazed layers with full-pass nets and effect nets composed of glaze. Adopting the adjustment of the ratio of transparent glazes with different refractoriness in the present invention can promote the pure color of the introduced metal particles in the firing process, and can be effectively matched and combined with non-metallic raw materials, so that the color of the metal particles is stable and shows an excellent and textured metal Effect, improve the decorative effect of the product on the building.

The invention relates to a high-temperature domestic porcelain metallic bright glaze and a product decorated by the same. The bright glaze produced by using natural mineral raw materials and industrial pure raw materials comprises the following materials by weight percent: 10-25 percent of potassium feldspar, 10-30 percent of albite, 0-35 percent of quartz, 0-10 percent of barium carbonate, 0-10 percent of wollastonite, 0-10 percent of kaolin, 0-5 percent of zinc oxide, 1-10 percent of aluminum oxide, 1-10 percent of bone ash, 1-5 percent of purple clay and 10-35 percent of ferric phosphate, and the glaze is obtained by mixing, ball-milling and screening the raw materials. The fabrication technology of the glaze is basically the same as the common porcelain glaze, the cost is low, not only can the pure color be guaranteed through redesigning of the formula of the glaze, but also the burning temperature of the glaze is increased to 1380 DGE C, so that the decoration effect of domestic porcelain is greatly enriched, and the high-temperature domestic porcelain metallic bright glaze has wide application prospect.