85results about How to "Unique artistic effect" patented technology

The invention belongs to the field of ceramic glaze and specifically relates to lightweight low-temperature fancy golden silk white glazed porcelain widely applicable to art ceramics or ceramics for household purpose and a manufacturing process thereof. According to the lightweight low-temperature fancy golden silk white glazed porcelain, by the combination of ground glaze and overglaze, the black galaxy effect is realized. The fired lightweight low-temperature fancy golden silk white glazed porcelain has black ground color, which is covered with golden sand particles. The golden sand particles are polygonal particles when examined under a microscope, and the light-reflecting effect is good. Relative to the black ground color, there is a striking contrast and a unique artistic effect is achieved. In addition, the service life of the lightweight low-temperature fancy golden silk white glazed porcelain is long due to the combination of the ground glaze and overglaze. According to the manufacturing process of the lightweight low-temperature fancy golden silk white glazed porcelain, the effect of the overglaze can be adjusted through the formula and thickness of the ground glaze and overglaze. Then, yield of black galaxy glaze is high, firing temperature is low, energy conservation and environment protection are achieved, and energy consumption is reduced.

The invention relates to an imitation wood-grain ceramic product and a production process thereof; the imitation wood-grain ceramic product comprises a ceramic body and also comprises a cracked ground glaze layer and a surface glaze layer arranged on the surface of the ceramic body. The imitation wood-grain ceramic product provided herein is totally different from traditional ceramic with smooth glaze, and has unique artistic effect. The cracked ground glaze layer and the surface glaze layer form the natural ceramic body cracked and exposed; as the cracked ground glaze layer is thick, the cracked ground glaze layer is stereoscopic; as the color of the whole ceramic product is adjusted through the surface glaze layer, imitation bark or other rough grains can be achieved. High contents of red soil, clay, gold tailings and other low-price industrial wastes are used as ceramic materials for the imitation wood-grain ceramic product, so that the imitation wood-grain ceramic product has significant environmental value, and has effectively decreased production cost of materials and increased economic benefit and marketing competitiveness.

The invention belongs to the technical field of ceramic production, and particularly relates to a golden stripe tiger skin enameled container and a manufacturing technology thereof. The golden stripe tiger skin enameled container is prepared from glaze materials comprising feldspar, calcinedtalc, quartz stone, kaoline, violet gold stone, low-temperature fusion cakes, barium carbonate, bone ash, iron sesquioxide, lapis lazuli, mellite and calcium. According to the golden stripe tiger skin enameled container, a burnt glazed surface is black or dark brown integrally, lumpy golden stripes are distributed on the black or dark brown glazed surface, the sizes and density of the stripes are changed according to the shape and the glazing thickness of the enameled container, and the golden stripe tiger skin enameled container has a unique artistic effect. Moreover, a furnace transformation glazing effect is formed by controlling accurate burning, the golden stripe tiger skin enameled container can be industrially produced in a large scale and quickly popularized for temperature control of the golden stripe tiger skin enameled container, and the golden stripe tiger skin enameled container has a relatively high economic value and has relatively high competitive power in the market.

The invention belongs to the field of ceramic glaze and in particular relates to a low-temperature lightweight lime gradient glaze ceramic with the advantages of energy saving and environment friendliness and a production process of the low-temperature lightweight lime gradient glaze ceramic. The low-temperature lightweight lime gradient glaze ceramic provided by the invention comprises a lightweight porcelain body and low-temperature lightweight ceramic lime gradient glaze arranged on the lightweight porcelain body. The glaze surface of sintered low-temperature lightweight lime gradient glaze ceramic is alternated with multiple colors of milky white, grey white, light grey and dark grey and is gradually transited and is good in glossiness; gradient directions are different along with the shape change of a green body; the effect of the glaze surface can be adjusted according to formulas and the thicknesses of ground glaze and surface glaze and has a unique artistic effect; besides, green body raw materials of the low-temperature lightweight lime gradient glaze ceramic are selected according to glaze materials; the low-temperature lightweight lime gradient glaze ceramic tightly combines the green body and the glaze and can be sintered at a low sintering temperature at a time; energy saving and environment friendliness are realized, and energy consumption is reduced.

The invention discloses a surface frame tenon. The surface frame tenon comprises a first surface frame tenon, a second surface frame tenon and a third surface frame tenon; and the three are pairwise perpendicular, and are assembled through tenon heads and tenon grooves. The surface frame tenon is characterized in that the first surface frame tenon, the second surface frame tenon and the third surface frame tenon respectively comprise outer edge surface parts and inner tenon head parts; the outer edge surfaces of the first, second and third surface frame tenons are respectively provided with two inclined edges; six inclined edges are pairwise overlapped for dividing a combined turning angle after assembly of the first surface frame tenon, the second surface frame tenon and the third surfaceframe tenon into six angles of 45 degrees; a first insertion hole is formed in the first tenon head of the first surface frame tenon; a second insertion hole is formed in the second tenon head of thesecond surface frame tenon; the first insertion hole and the second insertion hole are overlapped to form a third tenon hole of the third surface frame tenon; and the tenon head of the third surfaceframe tenon is inserted in the third tenon hole from a Y-axle direction to lock the first surface frame tenon and the second surface frame tenon in left and right X-axle directions. Furniture assembled through the structure is flat and beautiful in appearance and unique in artistic effect; and the surface frame tenon is simple and stable in structure, reasonable in design and convenient to machineand assemble.

The invention relates to a method for forming glazes on the surface of a sander, in particular to a method for glazing and sandblasting the surface of a sander, which solves the problem that the conventional sander has no feasible surface glazing and coloring method. The method comprises the following steps: (1) preparing glaze slurry, which is prepared from the following raw materials in percentage by weight: 26 to 34 percent of feldspar, 6 to 10 percent of calcium carbonate, 4 to 6 percent of barium carbonate, 11 to 17 percent of quartz, 4 to 6 percent of processed talc, 4 to 8 percent of calcite, 20 to 28 percent of elutriated pure loess and 5 to 11 percent of high-temperature ceramic pigment; then adding carboxymethyl cellulose accounting for 0.1 percent of the weight sum of the raw materials into the raw materials; crushing all the glaze slurry raw materials, deironing, then adding water into the raw materials, and controlling the specific gravity value to reach 1.5 to 1.6 grams per milliliter by controlling the added water quantity; (2) spraying the glaze slurry to the surface of a blank evenly by adopting a spraying device to form granular glazes; and (3) firing the blank. The method fills the blank that the sander has no surface glazing and sandblasting method, so the sander originally only having practical value has more artistic appreciation and collection values.

The invention relates to a ceramic decorative detached brick with natural water erosion surface, comprising an adobe made of same or different colored blanks, the brick surface is water erosion surface, namely a plurality of rugged pits or cambered surfaces or natural round pitting surfaces different depth generated due to water immersion and erosion are arranged on the surface of the brick. Compared with the prior detached brick, the production method is characterized in that the water erosion and flushing process are added between the drying process and the calcination process, the drying process is as follow: immersing the dry adobe surface of detached brick under water 1 to 3mm for 1 to 10 minutes, when the immersed part fully softened, washing the brick surface with fresh water, thus a plurality of rugged pits or cambered surfaces or water erosion surfaces with the depth of 0.1 to 3mm are formed on the brick surface, then calcining the adobe after drying. The surface of the brick produced with the method has smooth rugged pits which are similar to the stone surface eroded or flushed by water, and appears the unique artistic effect; furthermore, the brick surface has no scratch; the appearance is beautiful, and the brick body is higher in strength and more corrosion resistant.

The invention belongs to the technical field of ceramic production, and in particular relates to an antiqued copper craft ceramic and a manufacturing process of the antiqued copper craft ceramic. The antiqued copper craft ceramic comprises a ceramic body and antiqued copper glazes arranged on the ceramic body, wherein the antiqued copper glazes comprise the raw materials of lead silicate, quartz, purple stone, graphite, copper oxide, a low-temperature frit, zirconium silicate powder, kaolin, lithium carbonate, ferric oxide, nickel oxide, ammonium metavanadate and manganese dioxide. By adopting the antiqued copper craft ceramic, a fired glaze surface can appropriately promote the brightness of the glaze surface along with the increase of combustion temperature, the colors from dark bronze to bright copper can be obtained through adjusting the glazing thickness and firing temperature according to creation needs, so that the antiqued copper craft ceramic has a unique artistic effect. In addition, the invention provides a temperature control for the antiqued copper craft ceramic, so that the batch industrial production and rapid popularization can be realized, and economic values are higher, and the competitiveness of the antiqued copper craft ceramic in the market is higher.

The invention discloses a rubbing-first-bandhnu-then production method of silk plants.The method includes the following steps: collecting leaves, roots, flowers, stems and fruits of plants according to patterns and colors; soaking the above materials into mixed liquid of a waterproof agent and a mordant; soaking a silk fabric into an acetic acid solution; sticking the plants on the fabric with scotch tape according to patterns; rolling the silk fabric into rolls and tying up the silk fabric; steaming and coloring; removing leaves; baking; imprinting the patterns; painting the leaves and stems;washing with water and drying.The roots, stems, leaves, petals and fruits of the plants are used as patterns; before rubbing, the roots, stems, leaves, petals of the plants are soaked into the mixedliquid of the waterproof agent and the mordant with a certain concentration; textures and colors of the plants are imprinted on the silk fabric soaked in the acetic acid solution with high-temperaturesteaming; baking and high-temperature baking are performed, so that the rubbed patterns have the effect of resisting water, the phenomenon that paint is not painted on the rubbed patterns during a subsequent bandhnu coloring process is ensured, and shapes, textures and saturation of the patterns are ensured.

The invention provides a crystalline glazed tile capable of durably producing negative ions and a preparation method thereof. In the invention, without significant change on a production process of glazed tiles in the prior art, the method mainly pays attention to formulas and compositions of a frit, a basic glaze, a nucleation agent and a surface glaze, fineness of the basic glaze and the nucleation agent, and optimization on a sintering process and the like, so that a large number of silver crystals, in the size of a rice grain, are formed on the surface of the glaze tiles, wherein the crystals emit a bright silver light under irradiation by oblique light or lamp light, while the glaze base surrounding the crystals are matte, so that the whole tile looks like a starry night. In addition,there are a plurality of photo-catalytic semiconductor microcrystalline mineral, which cannot be seen by naked eyes, such as SrTiO3 and CaO.TiO2, in the surface glaze, wherein the minerals can be reacted with oxygen in air to generate oxygen negative ions durably, quantity of the inductively generated negative ions in air reaching 538/s*cm<2>. The product is a decorative material which integratesdecorative and artistic properties and health-functional effects.

The invention relates to the technical field of ceramic products, and in particular relates to medium-temperature transmutation stained paper and a preparation method thereof and a ceramic provided with the medium-temperature transmutation stained paper. The medium-temperature transmutation stained paper comprises stained paper bottom, and a printing material layer and a cover layer which are successively arranged on the stained paper bottom, wherein the printing material layer is proportioned by 15-35% printing ink and the balance of a dry power raw material; the dry power comprises kaolin, feldspar, quartz, iron sesquioxide, titanium dioxide, stannic oxide and pigments. The medium-temperature transmutation stained paper is used for decorating a ceramic utensil. The medium-temperature transmutation stained paper achieves a transmutation effect through the stained paper and can solve the technical problem that the conventional transmutation effect cannot be controlled and quantitative production cannot be performed. In addition, a production process for producing and preparing the ceramic product with the medium-temperature transmutation stained paper is simple. Through detection, no lead and cadmium are dissolved out, so that the medium-temperature transmutation stained paper is safe to use and attractive in appearance and has a unique artistic effect.

The invention provides sapphire blue glaze porcelain with a gold-thread and iron-wire crackle network and a preparation method of the sapphire blue glaze porcelain. According to the sapphire blue glaze porcelain with the gold-thread and iron-wire crackle network, a preform body of the sapphire blue glaze porcelain with the gold-thread and iron-wire crackle network is prepared from red earth, waste glass, dolomite, sodium tripolyphosphate, wollastonite, feldspar and pyrophyllite; a glaze material is prepared from expansive soil, feldspar, quartz, copper carbonate, lithium carbonate and yellow soil. According to the sapphire blue glaze porcelain with the gold-thread and iron-wire crackle network, formulae of the preform body and the glaze material are changed respectively, a unique firing method is combined, so that the porcelain obtained after firing has a very high decorative effect different from a traditional glaze effect and is particularly suitable for being used as a home decorative ornament and artware, and a prepared product has a unique artistic effect and a high additional value; besides, compared with traditional cracked glaze, the sapphire blue glaze porcelain with the gold-thread and iron-wire crackle network has the advantage that the preform body and the glaze material both utilize low-price raw materials, is fired at low temperature, fuel-saving, energy-saving and environment-friendly and has positive social and economic benefits.

The invention discloses a screen frame made from bamboo materials. The screen frame is prepared from a bamboo integrated material, wherein the bamboo integrated material may be prepared by longitudinally flatly-paving, stacking and pressing bamboo pieces, or prepared by longitudinally and laterally flatly-splicing, stacking and pressing bamboo pieces or prepared by longitudinally packing and pressing bamboo filaments, and the screen frame is provided with a picture core; the picture core may be a bamboo stereograph or a bamboo charcoal plate picture or Suzhou embroidery or Guangdong embroidery or Sichuan embroidery or Hunan embroidery or a silk painting or a bamboo skin burnt picture. The screen frame has the beneficial effects that bamboo is high in regeneration capacity, and has ecological functions, economic functions and social functions; the bamboo materials are convenient to get, abundant in texture, plain in colour and lustre, high in visual impact force and prominent in artistic effect; the screen frame is the perfect combination of bamboo culture, ecological culture and traditional culture, and opens up the new field of art.

White-ground black fancy glazed porcelain comprises a green body, engobe, black fancy glaze and protection glaze, the engobe is prepared from the following raw materials: dolomite, borax, clam meal, talc, anorthite, bentonite and wollastonite; and according to the fired vitreous enamel, white serves as the ground color, the black floral patterns are formed on the surface of the ground color, the black floral patterns and the ground color form a distinct contrast, the expressive force of the black floral patterns is greatly improved, and the white-ground black fancy glazed porcelain has a unique artistic effect so as to meet more market requirements.

The invention relates to the field of ceramic tile production, and provides composite dry granules for ceramic tile production and a ceramic tile, which are used for improving the quality of ceramic products. The invention provides a composite dry granule for ceramic tile production. The composite dry granule comprises 45 to 52 percent of SiO2, 13 to 15 percent of Al2O3, 0.2 to 0.5 percent of Fe2O3, 0 to 0.02 percent of TiO2, 12 to 15 percent of CaO, 5 to 7 percent of MgO, 0.5 to 1.5 percent of K2O, 1 to 1.5 percent of Na2O, 1 to 4 percent of B2O3, 3 to 5 percent of ZrO2, 1 to 5 percent of BaO, 1 to 4 percent of F and 3 to 5 percent of NiO2. The dry particles can achieve multiple effects, and have color and surface texture. The dry particles are used for decorating the product, and the effect is better than that of special ink spraying. The characteristics of high hardness, corrosion resistance, compression resistance, impact resistance, less dust staining, no radiation and the like are realized.

The invention relates to the technical field of low-temperature decal paper, in particular to a manufacturing method of low-temperature colorful gulch-gold decal paper and a manufacturing process with decal paper products. PVC serves as a raw material, and the manufacturing method of the low-temperature colorful gulch-gold decal paper includes the steps of dyeing, smashing, paste manufacturing, printing, film sealing and the like. The decal paper manufactured through the manufacturing method of the low-temperature colorful gulch-gold decal paper can achieve a gulch-gold effect on a base body, and multiple colors are mixed on the surface of the decal paper; due to the fact that part of particles have metallic luster and can achieve a metal reflecting effect and the reflecting effect of the particles has multiple angles, the surface of the decal paper seems like gulch gold, starry radiance glitters, and a special decoration effect is achieved for the base body. The low-temperature colorful gulch-gold decal paper is wide in application range, can be suitable for multiple base bodies and safe in use, and has a special artistic effect; the adopted materials are environmentally friendly, and the low-temperature colorful gulch-gold decal paper is low in firing temperature, can effectively save energy, and has positive economic and social benefits.