55 results about "Gold colour" patented technology

[Subject] To provide a decorative part having a hardening layer containing Au on the surface, particularly a gold colored decorative part having gloss and color tone inherent in gold, high brightness and high quality.

[Means for Problem the Subject] The decorative part of the present invention comprises a substrate and, superimposed on the substrate, a hardening layer wherein the hardening layer comprises a primary layer comprising a nitride, a carbide or a carbonitride of one or two or more metals selected from Ti, Zr and Hf, a finishing layer comprising Au or an Au alloy having an arbitrary composition such as an Au—Ni alloy, an Au—Cu—Pd alloy etc. and, disposed between the primary layer and the finishing layer, a reflecting layer comprising a metal having a higher reflectance than one constituting the finishing layer, such as Ru, Pd, Rh, Ag, Os, Ir pr Pt.

Thus, the gold colored decorative part having gloss and color tone inherent in gold, high brightness and high quality can be efficiently prepared.

The invention discloses an in vivo rose gold-plated production process flow which comprises the following steps: in vivo rose dry, impregnating resin, flushing and shearing, spraying resin and coloring, molding, petal assembling into flower, coating silver oil, and plating gold. The in vivo rose which is made by the process can never wilt and die, is refined and fresh, and has gorgeous color, flashing water, clearly visible petal skeleton, golden branches, as well as beautiful green branches and leaves; the crystal vase is warm and romantic, glittering and translucent carving, thus reflectingthe elegance of the gold-plated rose, and being full of spiritual vitality and infinite vigor.

The invention relates to an environment-friendly electron beam cured gold surface coating used for an aluminized paperboard and a preparation method thereof. The painting is composed of the following components by mass part: 50-80 of a liquid coating composition being capable of being cured by the electron beam, 5-30 of yellow pigment slurry, 1-10 of red pigment slurry, and 0.5-3.0 of an auxiliary agent. The preparation method comprises preparing the red pigment slurry and the yellow pigment slurry through mixing, dispersing, grinding, etc., adding the red pigment slurry and the yellow pigment slurry into the liquid coating composition being capable of being cured by the electron beam in a certain proportion, uniformly stirring, adding the auxiliary agent, dispersing in a high speed for 1-2 hours, and filtering the mixture under a temperature of 40-60 DEG C to obtain the electron beam cured gold surface coating used for the aluminized paperboard. The method provided by the invention is safe during a production process, high in efficiency, low in energy consumption, and free of emission and pollution; and the coating is high in transparency and fullness, and compared with traditional coating materials, is superior in adhesion fastness, spalling resistance, solvent resistance, heat resistance, scratch resistance and printability.

The invention discloses a golden yellow condom which shines golden yellow gloss and process for preparation, and the process comprises preparing golden yellow nacreous pigment powder into golden yellow pigment dispersion, then preparing golden yellow rubber latex by the golden yellow pigment dispersion and presulfurization rubber latex, and finally making into the golden yellow condom through adopting current conventional technology for making condom. The condom with golden yellow has bright color, which enables the product to have noble quality.

A foundation having a shade which covers a wide spectrum of different skin tones and undertones, comprises red and gold interference pigments, which provide a formula that is adaptable to both red and yellow skin undertones. The composition virtually eliminates the risk of application of the wrong foundation color, and provides enhanced color and textural effects, and superior optical performance.

The invention relates to large-jacquard seamless functional wall cloth. The large-jacquard seamless functional wall cloth comprises a surface layer (1), a middle layer (2) and an inner layer (3) and is formed by compounding the three layers. A polyester fiber large-jacquard fabric selected according to the wall cloth has a golden uneven three-dimensional large-jacquard decorative pattern, high air permeability and extremely high mildew resistance, has water resistance, dirt resistance, oil resistance, fire resistance and flame retardance after being processed correspondingly, has high color fastness and abundant colors, is adhered in a seamless mode, is not required to be spliced and is easy to maintain; wood pulp backing paper is made of natural wood, does not generate poisonous and harmful gas, and does not inflame after flame-retardant anti-corrosion treatment; and simultaneously, an organic silicon adhesive has high-temperature resistance, is difficult to age and does not have peculiar smell. According to the large-jacquard seamless functional wall cloth, various colors can be dyed, decorative patterns of various styles can be woven, individual requirements can be met, and the aesthetic perception of indoor decoration can be improved.

The invention discloses a construction technology of a nitro wrinkle golden phantom antique effect in decoration, which is characterized by comprising the following steps: (1) sanding a material; (2) scraping water-base modeling paint; (3) sanding; (4) coating a nitro primer; (5) coating a nitro golden primer; (6) coating the nitro primer; (7) coating nitro black glaze; (8) coating the nitro primer; (9) coating nitro gray glaze; (10) coating the nitro primer; (11) coating nitro black and gray glaze; (12) coating the nitro primer; (13) sanding; and (14) coating nitro fully matte finishing coat. The construction technology has the advantage that the wrinkle golden phantom antique effect can be generated on the surface of furniture so as to meet the requirements of people on individuation, variety and coloration of the furniture.

A dental crown includes a formed crown body simulating the contours of a natural tooth, composed of anodized titanium and permanently secured onto an abutment that is fixed into the patient's mouth. The crown body can include a ceramic layer, such as porcelain, adhered to, and overlaid on, the body. The body is preferably anodized to the extent that it displays a gold color, although other colors and varying shades are possible and effectively selectable by controlled use of the anodizing process.

The invention discloses a manufacture method of antique copper imitation artware, which causes artware newly produced to represent antique copper appearance. The manufacture method is realized by the following technical schemes: putting a trimmed white body on a paint spray rack; evenly spraying diluted nitro black paint on the white body; evenly blending gold varnish with bronze powder at the ratio of 1:1 to form gold ink; dipping little gold ink with a pig hair brush; rubbing a small piece of glass; then, sweeping the white body sprayed with black paint with the brush, wherein the extrude part becomes golden because of contacting the gold ink on the brush, and the concave part is still black because the concave part can not contact the gold ink; thus, quickly sweeping the whole surface; placing for certain time; and after the swept gold ink is dry, spraying one layer of varnish to obtain the artware. The product is bright and vivid and can be stored for a long term.

The invention discloses a fading proof process for aluminum alloy electrophoresis titanium gold. The process is characterized by comprising degreasing, alkaline etching, oxidation, electrolytic coloring for 7-12 min at 25-35 DEG C, moderate temperature sealing at 45-60 DEG C for 1-3 min, hot water washing, electrophoresis with voltage of 120-140 volt and curing. The electrophoresis titanium section produced by the invention does not show a color shallowing problem after electrophoresis baking or a fading problem in a usage process, and has good popularization value.

An article of adornment in the form of a temporary gold tattoo comprises a gold leaf applied to a synthetic medical skin using Japan Gold Size, and die-cut to the desired shape. The synthetic medical skin is sterile, hypoallergenic and allows skin to which the adornment is adhered to breathe. Thus, the resulting temporary gold tattoo is thin and comfortable to wear and yet stays firmly in place, even withstanding normal bathing for a few days.

A color correction method for a golden aluminum film, comprising the following steps: (1) measuring data of colorimetric values ​​at at least two different positions on a golden aluminum film sample; (2) calculating the average of all colorimetric values ​​of the golden aluminum film sample (3) Apply color to the test color film; (4) Place a special backing plate under the above test color film to measure the color measurement data of at least two different positions on the test color film; ( 5) Calculate the average value of all the color measurement values ​​of the test coating film; (6) compare the average value of the color measurement value of the test coating film with the average value of the color measurement value of the golden aluminum film sample, if the color measurement value of the test coating film is If the average value of and the average value of the colorimetry value of the golden aluminum film sample are within the allowable hue error range, then end, otherwise go to step (3). The invention can quickly determine the hue of the coated golden film, greatly reduces the consumption of manpower and material resources, has relatively high efficiency, and can also match colors at night when the light is bad.

The invention belongs to the technical field of vacuum coating products, and particularly relates to gold-imitation coated glass and a preparation technology thereof. The gold-imitation coated glass comprises a glass substrate, and a hydrophilic ionized layer, a pure titanium film layer, a pure titanium and titanium nitride mixed film layer and a nitrogen-rich heat treatment layer which are sequentially arranged on the surface of the glass substrate. The gold-imitation coated glass has the relatively good surface glossiness, and a gold-imitation film layer is high in adhesive force, so that a relatively rich color selection effect can be provided, and the color repeatability is high; the gold-imitation coated glass has relatively high film layer binding force, a relatively compact surface effect, relatively high film layer wear resistance, acid corrosion resistance and the like, thus being widely applied to window glass such as a mobile phone panel and a computer touch screen.

The invention provides high-brightness special titanium gold ink, which meets the coloring requirement. In addition, the color does not change at high and low temperatures; meanwhile, the alcohol resistance is realized; eraser test requirements are met. The high-brightness special titanium gold ink is characterized by being prepared from the following ingredients including 5 to 7 percent of aluminum powder with the particle diameter being 20 mum, 5 to 7 percent of aluminum powder with the particle diameter being 5 mum, 58 to 62 percent of transparent ink, 3 to 5 percent of red color masterbatch, 8 to 12 percent of mirror surface gold, 2 to 2.5 percent of original yellow ink and the balance special ink curing agents through being metered in percentage by mass. The sum of the percentage of all substances is 100 percent.

The invention discloses pure-blonde pearlescent pigment prepared from solid wastes produced in a mica powder purification process. The pure-blonde pearlescent pigment comprises a mica powder substrateprepared from solid wastes produced in the mica powder purification process and a composite layer covering the surface of the mica powder substrate, and the pure-blonde pearlescent pigment is characterized in that the thickness of the mica powder substrate is 0.6 to 2 micrometers, the particle size range is 5 to 70 micrometers, D50 is equal to 25 plus or minus 2 micrometers, a first layer of thecomposite layer is tin oxide, a second layer is titanium oxide, a third layer is ferric oxide, a fourth layer is aluminum oxide, and a fifth layer is titanium oxide. The pure-blonde pearlescent pigment is simple in structure and convenient in operation. The solid wastes produced in the mica powder purification process are used for preparing the pure-blonde pearlescent pigment, so that the production raw material cost of the pure-blonde pearlescent pigment is reduced, the pressure for processing tailings used as the solid wastes can be alleviated, the product is relatively good in blonde purity, high in blonde saturation, excellent in brightness, and good in dispersity, weather resistance and chemical stability when in use.

A pair of functional metal ion bands are provided. The pair of functional metal ion bands are attached to meridians and acupoints of the human body in a simple manner to induce a smooth flow of current in the body, thereby rapidly changing a disease condition to a normal state. The pair of functional metal ion bands comprise a gold-colored thin metal plate as a positive electrode and a silver-colored thin metal plate as a negative electrode wherein the gold-colored thin metal plate is composed of Cu and a metal selected from Ag, Au and Pt and the silver-colored thin metal plate is made of an alloy of Al, Si, Fe, Cu, Mn, Mg and Zn. The pair of functional metal ion bands are manufactured by processing each of the thin metal plates to have a thickness of 1 μm to 1 cm and a diameter of 1 mm to 50 cm, and attaching the processed metal plate to one side of a soft adhesive fabric using an adhesive.

The invention discloses a production process for a hot-dipped copper-zinc alloy plate, wherein the hot-dipped copper-zinc alloy plate is composed of a steel plate base material and a copper-zinc alloy coating. The production process comprises base plate cleaning treatment, annealing treatment, copper-zinc alloy plating solution preparation, hot-dipping and after-treatment, wherein the steel plate base material is a cold-continuous-rolling carbon steel base plate, the copper-zinc alloy coating comprises 15-25% of Cu, 0.3-0.5% of Si, 0.2% of Re, 0.5% of Mg and 73.8-84% of Zn, a copper-zinc alloy is heated by a 500kW inductor and stirred during preparation of copper-zinc alloy plating solution, and the temperature of the copper-zinc alloy solution is kept at 890-920 DEG C; the cold-continuous-rolling carbon steel base plate is heated to be above 700 DEG C, and then annealed and recrystallized in an annealing furnace, then is subjected to surface reduction activation in a high-hydrogen atmosphere, so that the cold-continuous-rolling carbon steel base plate is combined well with the copper-zinc alloy to have a reaction, the annealing reduction time of the cold-continuous-rolling carbon steel base plate in the annealing furnace is 100-300min, and the content of hydrogen in a hydrogen reducer in the annealing furnace is 40-60%. The production process disclosed by the invention has the beneficial effects of simple process, convenient operation, good copper-zinc alloy coating effect, approximately gold colour and low machining cost and can be popularized easily.