176results about How to "Natural texture" patented technology

The invention relates to a granular dry grain glaze and a granular dry grain glaze cloth imitation stone brick, and production methods thereof. The production method of the granular dry grain glaze comprises the following steps: squeezing glaze powder out of a blank cake; and breaking the blank cake to obtain the granular dry grain glaze. The granular dry grain glaze can be obtained through the simple method, and the granular dry grain glaze can be used in the production of ceramic bricks to obtain the imitation stone material product having accurate pattern, plentiful layers, natural texture,strong stereo perception and strong granular sensation.

The invention relates to a sectional material for houses and floors, which comprises two layers of different materials which contain synthetic resin. The ratios of main components of the inner layer material of the sectional material by weight are 100 portions of PVC, 0.8 to 1 portion of foaming agent, 5 to 6 portions of composite stabilizing agent and 7 to 9 portions of regulator; the ratios of the main components of the outer layer material by weight are PVC, plant material, composite stabilizing agent, pigment and adhesive; the two layer materials are pressed, molded and processed to become the sectional material. By adopting the ratios and the processing method provided by the invention, the sectional material produced has a color and a texture which are similar to the wood and a relatively high structural intensity, meanwhile the application of plant materials, such as wood powder, etc., are reduced in the production, thereby protecting the environment.

The invention relates to a dry grain glaze fabric stone imitating brick and a preparing method thereof. The preparing method of the dry grain glaze fabric stone imitating brick includes the followingsteps that firstly, colored dry grain glaze is distributed on a blank in a layered manner according to a designed pattern; secondly, after glaze distributing is conducted, a raw brick is pressed; thirdly, after the raw brick is dried, an inkjet machine is used for jet printing of the design pattern; and fourthly, the obtained blank is fired. By means of the dry grain glaze fabric stone imitating brick and the preparing method thereof, a stone imitating effect that the pattern is changed randomly and is vivid and rich in layer, the texture is natural, and the third dimension and granular sensation are high can be achieved.

The invention discloses novel collagen composite fiber mainly comprising collagen and a small amount of Na-MMT, and a spinning technical method thereof. The proportion of collagen and Na-MMT in the composite fiber counted in portion by dry weight is 10,000:1-100. The main preparation method of the composite fiber comprises: stirring and mixing 15 to 50 weight percent collagen solution and 0.1 to 2 weight percent Na-MMT solution according to a set proportion under a water bath condition between 50 and 80 DEG C; carrying out hot filtration at a temperature between 50 and 80 DEG C after the solutions are evenly mixed; obtaining spinning solution used to imitate collagen-Na-MMT composite fiber after defoaming; extruding the spinning solution through a spinneret under the action of gas pressure at a temperature between 50 and 80 DEG C; and entering inorganic salt coagulation bath to prepare the collagen-Na-MMT composite fiber through solidification. In addition, the intensity, swelling capacity, water absorption, and the like of textile composite fiber can be improved through post treatments such as acetalation and oiling. The collagen-Na-MMT composite fiber can be used for textile materials and biomedical materials.

A technology for producing the ceramic tiles which has the simulative wood grain from top to bottom includes such steps as preparing raw material, vacuumizing, harmonizing colours, preparing wood grain, rolling for shaping, punching, calcining, and grinding-polishing. Its advantages are high lifelike degree, and high anti-leakage effect.

The invention relates to a furnace-transmuted archaized brick and a production method thereof. A furnace transmutation effect and an archaized brick are ingeniously combined in a decoration effect, matte glazes of multiple archaized color systems such as yellow, coffee and dark red are printed on the surface of a ceramic tile in a large scale to form the peculiar primitive charm and classical style of the archaized brick, dry metal particles matched with a mold pattern are printed on the surface of the ceramic tile, and a complex color developing effect is achieved by oxide in the dry metal particles under the influence of glaze bodies and a firing atmosphere at high temperature, so that the produced archaized brick is endowed with impressive metal corrosion appearance and bitterness, and is extremely decorative and artistic, the natural and imposing classical style caters to the mindset of admiring and returning to the nature of modern people, and the problems of undiversified decoration methods and undiversified layers of the archaized brick are solved.

The invention relates to a molded door panel and a machining method thereof. A polyvinyl chloride (PVC) decorative molded door panel comprises a panel and PVC skin, wherein the panel is a concave-convex compression-molded fiberboard; the PVC skin is coated on the panel; and the panel is 2 to 4 mm thick. The machining method comprises the following steps of: spraying suction glue onto the surface of the molded door panel with a thickness of 2 to 4 mm, arranging the molded door panel on a template, placing the template into a work chamber of a laminating machine, coating the cropped PVC skin onto the molded door panel, and performing vacuum suction to completely adhere the PVC skin to the molded door panel. The PVC decorative molded door panel is manufactured by adopting the concave-convex compression-molded fiberboard, and the concave-convex surface of the concave-convex compression-molded fiberboard is not implemented by a carving and milling method, so that fibrous dust pollution is avoided, production cost is lowered, the surface of the panel has strong stereoscopic sensation, and textures on the surface of the panel are natural, attractive and elegant.

The invention discloses a nappa leather coating composition and a coating technology thereof. The nappa leather coating composition comprises scraping-touchup slurry, base sealing slurry, base slurry, isolation slurry, surface slurry and bright slurry; and the coating technology comprises the steps of crust milling, toggling, mending of blemishes, surface grinding, dust removal, base sealing, first ironing, base slurry brushing, pressing of coarse needle lines, base slurry spraying, spraying of an isolation layer, pressing of nappa lines, second milling, first vibration staking, second ironing, surface slurry spraying, spraying of a bright layer and third ironing. The nappa leather coating composition disclosed by the invention is used for processing common leather into high-grade nappa leather so that the nappa leather has natural lines and comfortable handfeel, and the leather grade is promoted.

The invention discloses a solid wood composite door and a manufacturing method thereof. The solid wood composite door comprises a door framework (1), mould boards (2) symmetrically arranged on the bottom surface and the surface of the door framework (1), and decorative boards (3) arranged on the mould boards (2); compared with the traditional solid wood door, the invention has the advantages that the consumption of wood is reduced, precious natural resources are saved, the manufacture cost is reduced, the phenomenon of contortion or deformation or rip is not easy to occur during the use of the solid wood composite door, the texture of the solid wood composite door is natural and artistic, the hardness degree of the painting surface is high, the wear resistance and the anti-yellowing property are good, the adhesive force of oil paint is strong, the transparency of the painting surface is high, and the environmental protection performance is good.

The invention discloses a distribution device for a microcrystalline glass composite board simulating sandstone effect and a process method. The process method is characterized in that a surface layer is prepared by mixing microcrystalline fusion cake granules with two or more colors and meshes according to a definite proportion, the mixed fusion cake granules fall on a large belt according to a proportion through an engraving roller, and the large belt distributes the fusion cake granules on the surface of a blank evenly. The fusion cake granules are sintered in a roller kiln by a ceramic sintering process, edged and polished. The method for distributing the microcrystalline glass ceramic composite board based on the prior microcrystalline glass ceramic composite board realizes the stone effect of natural sandstone with clear texture by using the roller to engrave and distribute, and has transparent aesthetic feeling of microcrystalline glass and good stereoscopic decorative effect.

The invention relates to a microlite PVC (Poly Vinyl Chloride) foam floor and belongs to the technical field of chemical building materials. The microlite PVC foam floor is prepared from the following raw materials in parts by weight: 100-150 parts of PVC, 200-300 parts of microlite powder, 0.5-0.7 part of stabilizer, 0.6-1.0 part of foaming agent, 0.2-0.3 part of plasticizer, 0.5-0.7 part of lubricant and 0.5-0.7 part of flame retardant. The microlite PVC foam floor is extrusion-molded by using a plastic extruding machine; the obtained microlite PVC foam floor is low in density, wear-resistant, impact-resistant, high in elastic strength, natural in texture, and beautiful and elegant; the microlite PVC foam floor is also environment-friendly, non-toxic, tasteless and formaldehyde-free; the microlite PVC foam floor is further waterproof, damp-proof, skid-proof, wear-resistant, corrosion-resistant, fire-resistant, and recyclable.

Disclosed herein are a caster-resistant surface laminate using a synthetic resin and a flooring comprising the surface laminate. The surface laminate utilizes buffering properties of a synthetic resin layer, thus minimizing damage to the surface of the flooring. The surface laminate uses a resin selected from PVC, PE, PET, PETG, PCTG and PU in order to enhance the caster resistance, impact resistance and water resistance. As a result, the surface laminate has improved physical properties without occurrence of damage, such as hollowing and breakage, caused by external impacts, as compared to conventional surface laminates. In addition, the caster-resistant surface laminate attains interior decorative effects by coloration of the synthetic resin layer.

A non-cyanogen golden electroplating on the surface of flower, tree leaf, or beetle, includes such steps as preparing golden electroplating liquid from copper sulfate, zinc sulfate, stannous chloride, potassium pyrophosphate, potassium sodium tartrate, potassium citrate and aminotriacetic acid, washing, roughening, sensitizing, activating, reducing, chemically plating copper, polishing, electroplating golden layer, passivating and coating protective film.

The invention discloses a corundum surface KINGHARD floor and a production process thereof. The floor comprises a substrate (1), the surface of the substrate (1) is provided with a corundum surface finish coat layer (115), 14 coatings are also arranged below the corundum surface finish coat layer (115), and 15 varnishing processes are adopted in the process of the floor. The corundum surface floor has high surface rigidity, favorable wear resistance, coating adhesiveness and combinability of the coatings and the floor and high transparency, does not deform easily when the floor bears the pressure of heavy objects, protects the floor from contacting moisture, and avoids drastic expansion or shrinkage, prevents worm biting, and can display natural grain of woods and maintain the aesthetic feeling of the floor; the coatings do not have obvious change when the coatings are used for a long period of time, even if heavy furniture or tables and chairs are hauled on the floor, the phenomenon of scratches, whitening or falling seldom occurs to wood floors, and the coatings do not fall easily due to elongated service time.

The invention relates to a wrapping type dry granular glaze, a wrapping type dry granular glaze cloth ashlar brick and a preparation method of the wrapping type dry granular size. The preparation method of the wrapping type dry granular glaze comprises dropwise adding glaze slurry into a rotating disc containing glaze powder so that through the rotating disc, glaze drops can be wrapped with the glaze power to form wrapping type granules, and drying the wrapping type granules to obtain the wrapping type dry granular glaze. The preparation method of the wrapping type dry granular glaze can obtain the wrapping type dry granular glaze through simple processes; the wrapping type dry granular glaze can be applied to preparing ceramic bricks to produce ashlar products vivid in pattern, rich in sense of depth, natural in texture and high in third dimension and granular sensation.

The invention relates to a quartz-stone board and a preparation method thereof. The preparation method comprises the following steps: (1) designing a pre-pressing die, namely, arranging a bulge on a pre-pressing plate, and extending the bulge to the side edge of the pre-pressing plate to form a splicing station, so as to obtain the pre-pressing die; (2) mixing unsaturated resin, a curing agent, a coupling agent, quartz sand, quartz powder and a toner mixture to obtain a plurality of mixture groups with different color, and then rolling one group to obtain wet materials; (3) pre-pressing the wet materials through the pre-pressing die, and forming concave grooves in the surfaces of the wet materials, then removing the pre-pressing die, and filling the concave grooves with the rest mixture groups and color paste; (4) performing the subsequent forming processes to obtain the quartz-stone board. According to the method, the position of the splicing station can be flexibly designed according to the requirement of actual engineering, so that the quartz-stone boards can be spliced at random; the textures on the spliced boards are continuous and in natural transition; in addition, the preparation process is stable, and batch production can be achieved.

The invention discloses a process for distributing ceramic micro-powder bricks. The method comprises steps as follows: (1) a plurality of components are tiled on a first inclined belt in a plurality of layers on a first work station and then turned over to a large circulating belt through the first inclined belt, thus a plurality of extruded draping material layers are formed on the large circulating belt; (2) a moving grid moves and extrudes the draping material layer which is turned over on the large circulating belt to form a bent profiled texture layer; (3) a plurality of components are tiled on a second cloth belt in a second work station, and a cutter cuts the plurality of components which are tiled on the second cloth belt into pellets, and smashes the pellets on the profiled texture layer on the large circulating belt; and (4) a line material is tiled on a blank gap in a line work station, a component layer is tiled on a feeding work station, and a bottom component is tiled after the component layer is scraped by a scraping mechanism and fed into a press to form. Compared with the prior art, the distributing equipment for the ceramic micro-powder bricks can be used for producing products which have the advantages of rich color, clear layer and natural texture, and have the characteristics of natural shell stone.

The invention provides a method for preparing purple sand slime containing tourmaline iron sand. Ore and raw tourmaline scattered in a soft clay ore bed are artificially selected, purple sand ore is stacked in the open air in winter and summer for natural weathering, the weathered raw ore is aired, dried, ground by means of a hard stone mill and smashed into 60-mesh fine powder, 80-mesh fine powder and 120-mesh fine powder, and after the tourmaline ore is smashed and ground and ore powder is screened out by a 140-mesh sieve, water is added, the materials are mixed, evenly stirred and sealed for ageing; vacuum pugging, clay strip pressing, sealing and ageing are repeated for 3-5 times, and the purple sand slime containing the tourmaline iron sand is prepared. The slime prepared through the method is original, pure, free of chemical raw materials and artificial pigment and not likely to crack when purple sand ceramic products are fired, and the manufactured purple sand ceramic products are natural, environmentally friendly, good in quality, natural in texture, fine and smooth in hand feeling, good in light transparency and water color and good in color generation. Meanwhile, the purple sand slime has the effects of improving water quality and promoting blood microcirculation.