102results about How to "Simple surface treatment" patented technology

The invention discloses a flexible decorated brick for exterior wall insulation system, mainly comprising main-body bricks or a composite surface coating of main-body bricks. The main-body brick formula contains major components of soil and acrylic emulsion, and further contains dispersant, softening agent, coloring agent, flame retardant, antifreeze and water according to different product performance requirements. The surface coating formula contains the main components of metal powder or a compound powder of more than two kinds of non-metallic powder or metal powder and acrylic emulsion and further contains dispersant, softening agent, coloring agent, flame retardant, antifreeze and water according to the needs of different product performances. The product of the invention is light-weighted, freeze-thaw resistance, anti-aging, high in bond strength, flexible and good in water-repellent and permeability, the pollution resistance of which is equivalent to that of polished tiles and the color of which is as rich as the paint and the appearance of which can be made into a decorative texture of metal curtain walls, stone walls, ceramic, wood, leather or cloth. Particularly, the inventive product has an excellent compatibility with the exterior insulation system, suitable for the decorated layer of the exterior insulation system. In addition, the inventive product avoids using the clay resource which is in shortage as the main production raw material and is a low-cost, environment-friendly flexible decorated material with high performance for exterior wall insulation system.

A support for labels includes a support tape provided on each of its two faces with first and second series of removable adhesive labels respectively. The labels of at least one of the first and second series include at least two layers of different coextruded materials. A method of forming the support is also provided, as well as a method of applying the labels.

A spool for use in a fishing reel, which is structured such that, by combining an electrolytic plating method, a non-electrolytic plating method, and a dry coating method properly and selectively, a metal film layer (14) having one of desired film thicknesses (T1, T2 and T3) is formed on the surface (outer peripheral surface) of the spool base material (12).

The invention discloses a coating anticorrosion method for connection parts of steel structures, which particularly comprises the following steps: (1) performing surface treatment to the connection part of a steel structure at a construction area to achieve a level of above St2 standard with no obvious bubbling or floating rust and no acute angle of surface protrusions; (2) uniformly smearing an anti-corrosion plaster on the surface of the connection part of the steel structure treated in step (1), wherein the amount of the anti-corrosion plaster is 10-1000 g/m2, and the smearing time is 1-10 times; (3) covering at least one layer of anti-corrosion strip outside the anti-corrosion plaster; (4) coating a protective cover at the surface of the anti-corrosion strip. The invention has excellent anticorrosion effect with an effective protection effect of above 20 years, has convenient construction and simple surface treatment, is operable with moisture and water, is applicable to structures with any shape, has good tightness and impact resistance, provides almost no additional load to structures, and has strong construction feasibility.

The invention discloses a method for laser cladding of metal ceramic powder on the surface of austenitic stainless steel: A) carrying out oil removal and texturing treatment on the surface of an austenitic stainless steel base material to be cladded; B) mixing and grinding Al2O3 powder, Ti powder, Mo powder and B powder in accordance with weight percentage; C) coating the mixed powder after grinding on the surface of the austenitic stainless steel base material; and D) performing laser cladding on a surface coating layer of the austenitic stainless steel base material. The corrosion-resistant metal ceramic layer subjected to treatment by the method is highly combined with the austenitic stainless steel base material and has the advantageous of high liquid zinc corrosion resistance, high hardness, no environmental pollution and no generation of defects such as crack, air bubble and inclusion.

The invention provides a recovery method of vanadium-containing neutralizing slag. The recovery method comprises the following steps of mixing the vanadium-containing neutralizing slag, concentrated sulfuric acid and water to obtain slurry; adding a reducing agent in the slurry, and performing reduction leaching; performing solid-liquid separation on the slurry obtained after reduction leaching, and cleaning filter residue with a sodium sulfate solution to obtain a vanadium-containing leaching solution and calcium-rich slag; adding ammonium sulfate in the vanadium-containing leaching solution,regulating the pH value of the leaching solution with ammonia water, performing cooling crystallization, and performing solid-liquid separation to obtain an ammonium alum crystal and a neutralizationsolution; and performing counter-current extraction, counter-current back extraction, upflow regeneration and counter-current washing on the neutralization solution, thereby obtaining a high-purity vanadyl sulfate solution. According to the recovery method, when the pollution of a vanadium element in the vanadium-containing neutralizing slag to environment is solved, the high value-added resourceutilization of the calcium-rich slag and the vanadium element in the vanadium-containing neutralizing slag is realized.

A manufacturing method of aluminum board used for the PS plate aluminum board used for printing. The steps of the method are: a. according to the weight proportions of Al: 98, Si: < 1.0, Fe: 0.3 - 1.0, Cu: 0.03, Zn: 0.03, Mg: 0.03, Ti: 0.05, mix the said alloy components and smelt them in the temperature condition of 720 - 800 Deg. C; b. found them into alloy cast ingot in the temperature condition of 690 - 750 Deg. C; c. make the cast ingot equably anneal in the temperature condition of 500 - 610 Deg. C; d. have hot roll in the temperature condition of 400 - 540 Deg. C; e. cold roll them from 9.0 mm to 0.7 mm; f. have 11 hours' middle anneal, 1 hour's heat preservation, then cold roll them to 0.15 mm. The advantages are light weight, high intensity, good water-proof performance, good hydrophilic performance and easy to have surface process.

The invention relates to the technical field of die casting production, in particular to a surface treatment method for an aluminum alloy die casting. The surface treatment method includes the three steps of die casting pretreatment, chemical alloy solution treatment and electrostatic coating. The step of die casting pretreatment includes the procedures of shot blasting treatment, wax removal, deoiling, grinding treatment, three times of washing and the like. The surface treatment method for the aluminum alloy die casting is high in work efficiency and good in treatment effect; and the obtained surface-treated die casting is uniform, fine and smooth in texture, high in strength and good in corrosion resistance.

The invention relates to an amorphous alloy surface treatment method. The amorphous alloy surface treatment method comprises hole sealing, curing and film plating; and an amorphous alloy has an air hole in the surface. The amorphous alloy surface treatment method is simple and efficient, and can enable the prepared amorphous alloy to have the advantage of delicate appearance; and the amorphous alloy treated by the method is high in corrosion resistance, compact in combination of a plating film and an amorphous alloy matrix and excellent in wear resistance.

The invention relates to a self-brazing aluminum alloy laminar composite and a preparation method and application thereof. The self-brazing aluminum alloy laminar composite comprises at least one self-brazing aluminum alloy layer. The self-brazing aluminum alloy layer is formed by mixing and pressing Al-Si brazing alloy powder and brazing flux powder, wherein the mass percentage of the content ofthe brazing flux powder is 0.1%-10%, and the mass percentage of Si in the Al-Si brazing alloy powder is 4%-13%. The preparation method comprises a series of manufacturing steps of mixing and pressing,heating, hot rolling compounding, cold rolling, finished product annealing, finishing and packaging and the like, and then the self-brazing aluminum alloy laminar composite is manufactured. An appropriate amount of brazing flux is added and evenly distributed in the brazing alloy layer, so that the brazing quality of a brazed piece is stable and reliable, the yield of one-time brazing is high, the surface of the brazed piece is bright and smooth, and follow-up surface treatment is easy; and brazing flux spraying of a traditional brazing technology is omitted, and therefore pollution to a production environment is avoided.

The invention relates to solvent-free type fiber reinforced epoxy paint and a preparation method of the solvent-free type fiber reinforced epoxy paint. The solvent-free type fiber reinforced epoxy paint comprises an ingredient A and an ingredient B, wherein the ingredient A mainly comprises the following ingredients in parts by weight: 20 to 50 parts of liquid epoxy resin, 5 to 20 parts of reactive diluents, 10 to 40 parts of titanium pigment, 10 to 40 parts of toughening agents, 10 to 30 parts of fillings and 4 to 10 parts of adhesion promoters, the ingredient B comprises the following ingredients in parts by weight: 20 to 60 parts of cashew modified amine, 20 to 60 parts of ketimine, 0.5 to 1.5 parts of adhesion promoters and 5 to 20 parts of active diluents, and the weight ratio of the ingredient A to the ingredient B is (4.5-5.5):1. The solvent-free type fiber reinforced epoxy paint is economic and environmental-friendly, the toughness is high, and wider industrial application prospects are realized.

The invention belongs to the field of treatment of a bonding surface of metal and particularly relates to a method for modifying the bonding surface of metal by virtue of electric grafting of aryl diazonium salts onto the surface of metal. The method comprises the steps that a clean metal plate is subjected to surface treatment with an acid pickling method or/and an anodizing method and dried; p-nitroaniline is dissolved in an acidic aqueous solution, then a sodium nitrite solution is added dropwise to the p-nitroaniline-containing acidic aqueous solution under the condition of 0-5 DEG C, and an obtained mixture is stirred and subjected to cold storage; the pretreated metal plate is placed into an aryl diazonium salt solution prepared in the previous step, and an electric grafting reaction is carried out by cyclic voltammetry in a three-electrode system; and the metal plate is cleaned and dried finally. Active functional groups are produced on the metal surface with the electric grafting method, so that the properties of an interface between the metal and resin are improved under an anchoring action and a chemical bond action. The surface treatment method is simple and easy and suitable for mass production, and the cost is low.

The invention relates to a rust-proof anti-corrosion adhesive paste, and in particular relates to an oxidative polymerization type rust-proof anti-corrosion adhesive paste. The rust-proof anti-corrosion adhesive paste comprises the following ingredients in percentage by weight: 57-63% of polybutene, 10-14% of organic bentonite, 3-5% of an antirusting agent, 0.1-1% of titanium dioxide, 0.1-1% of graphite, 26-30% of talc and 0.1-0.24% of silicon dioxide. The oxidative polymerization type rust-proof anti-corrosion adhesive paste is coated on the surfaces of protected objects, has strong adherence and permeability, can permeate to a rusting layer to inhibit rust deterioration and has good fitting tightness and sealing performance, good rust-proof and anti-corrosion performances and long service life; the adhesive paste is simple in protected object surface treatment, can be used for filling and levelling pits, can be applied to original rusty coating construction and is convenient to apply, high in efficiency and labor cost-saving; and moreover, the rust-proof anti-corrosion adhesive paste has good flexibility, ageing resistance and high-strength impact resistance and further effectively and stably prevents steel structures from being corroded for a long time, so that the protected objects can be enabled to be safely produced.

The invention relates to a surface treatment method of damage below the machining face of carbon-fiber-reinforced composite material and belongs to the field of composite materials. The treatment method uses micro amount to remove the material layer by layer and includes: sampling; grinding, to be more specific, using a grinding machine to grinding the surface of a sample by using abrasive paper as the medium to expose the damaged surface, wherein the grinding includes coarse grinding, semi-finishing grinding and finishing grinding; cleaning, to be more specific, using an ultrasonic cleaning machine to clean the ground sample so as to remove the impurities on the surface of the material; airing; observing and evaluating. The surface treatment method has the advantages that the method is simple and easy to operate and unlimited by material shape; the surface damage of the obtained sample is clean and complete, and the problem that the damage of the machined observation sample, with the damage below the machining face, of the carbon-fiber-reinforced composite material easily expands to destroy the original shape during machining is solved.

This invention discloses a method for annealing ti-seamless tubes. It comprises following steps: putting titanium tube into intermediate frequency induction annealing furnace orderly, heating to crystallization temperature rapidly when crossing intermediate frequency induction annealing furnace, restraining 'recovery' process, finishing recrystallization rapidly, cooling to room temperature fast, restraining ' grain growth' and high temperature oxidation. It only need several minutes for heating, thermal insulating and cooling for one titanium tube. It solves the technical problems of low production efficiency and high cost in background technology. The invention is characterized by automatic control, suitability for different length tubes annealing, mass or small production and excellent performance.

The invention discloses an oil-removing and cleaning process for an automobile part. The oil-removing and cleaning process comprises the following steps of: removing floating oil; performing acid pickling; performing water washing; removing oil of acid liquor; removing oil of alkali liquor; and performing water washing and drying. The oil-removing and cleaning process utilizes various oil-removing methods to perform deep oil-removing operation on the automobile part, so that the surface f the automobile part is smoother, follow-up surface treatment of the automobile part is convenient, and surface treated substance drop caused by residual oil on the surface of the automobile part is prevented.

The invention relates to a corrosion prevention technology, and in particular relates to an oxidation polymerization type corrosion prevention method which is suitable for iron and steel structures of electric power plants, stay cables of bridges, various storage tank edge plates, oil-gas pipelines, valves, flanges, H-section steel, spherical joints, screws, screw caps and mechanical equipment with various complex structures. According to the method, a corrosion prevention cream, a filling material and a corrosion prevention belt are arranged on the surface of a protected steel body in sequence, and then an adhesive is brushed on the outer surface layer of the corrosion prevention belt; the corrosion prevention cream can be used for filling corrosion hole parts, and can be used for construction with rust and original coatings, namely the surface of a protected object which is coated can be simply treated, so that the labor cost is saved, and the construction efficiency is high. The filling material is used at shaped parts of flanges, valves, storage tanks, spherical joints, screws, screw caps and the like, and is convenient in molding. The chemical compounds soaked on the corrosion prevention belt have good adhesive force, can obstruct the contact between metals and corrosive media including water, air and the like, and has good corrosion prevention performance; the corrosion prevention belt has good flexibility and structural displacement tracing ability and can be closely matched with the protected article.

The invention discloses a high-power semiconductor laser surface treatment device for the inner walls of large long barrels. The device comprises a laser generation assembly, a laser beam expander anda laser processing beam type central rotating shaft, wherein the laser processing beam type central rotating shaft is arranged in a to-be-processed pipe fitting during use, and is provided with a shaft internal light guide channel; laser is transmitted through the shaft internal light guide channel after being shaped by the laser beam expander; a translation machine frame is further arranged in the laser processing beam type central rotating shaft, can rotate along with the rotation of the laser processing beam type central rotating shaft, and is used for driving a focusing assembly and a laser turning mirror to horizontally move in the laser processing beam type central rotating shaft; and the length of the to-be-processed pipe fitting is more than 10 meters. For the inner walls of largelong barrel workpieces such as ocean equipment, oil transportation pipelines, chemical equipment, tunneling equipment, coal mining equipment and the like, a high-power semiconductor laser cladding technology is used for enhancing the performances such as the wear resistance, the corrosion resistance and the like of the surfaces of the inner walls of the selected workpieces, so that the service lives of the workpieces are greatly prolonged.

The invention discloses a metal surface treatment method based on a chitosan and mussel adhesion protein composite membrane, and relates to high-molecular compounds. The method comprises specific steps that step-by-step polishing, ultrasonic cleaning and drying are carried out on a metal material surface to be treated, and then an electro-deposition is adopted to enable chitosan and mussel adhesion protein to form a composite membrane layer on the metal material surface; and electro-deposition specifically comprises the steps that chitosan is added into a chitosan buffer solution to form a chitosan solution; the mussel adhesion protein is added into a mussel adhesion protein buffer solution to form a mussel adhesion protein solution; and the metal material to be treated is sequentially immersed into the chitosan solution and the mussel adhesion protein solution to be electrically deposited, and after drying, the composite membrane layer is formed on the metal material surface. The composite membrane layer is formed on the metal material surface, and the electro-deposition step can be repeatedly carried out to form multiple composite coatings. The method is simple, easy to implement and particularly suitable for corrosion prevention of metallic biomaterials.

The invention belongs to the technical field of aluminum alloy surface treatment, and provides an aluminum alloy workpiece with a layered double hydroxide-graphene oxide silane composite coating and apreparation method of the aluminum alloy workpiece. The method comprises the following steps that S1, a mixed metal salt solution is prepared from aluminum salt and zinc salt, and the pH value of themixed metal salt solution is adjusted to 9-11; S2, the aluminum alloy workpiece is put into the mixed metal salt solution to be subjected to hydro-thermal treatment for a period of time, and the aluminum alloy workpiece subjected to thermal treatment is obtained; and S3, the aluminum alloy workpiece subjected to thermal treatment is put into a GO/DTMS ethanol solution, electro-deposition is conducted with the GO/DTMS ethanol solution as an electrolyte, a platinum electrode as an anode and the aluminum alloy workpiece as a cathode, and the layered double hydroxide-graphene oxide silane composite coating is deposited on the surface of the alloy workpiece. According to the aluminum alloy workpiece with the layered double hydroxide-graphene oxide silane composite coating and the preparation method of the aluminum alloy workpiece, the super-hydrophobic coating is prepared on the surface of the aluminum alloy, so that the corrosion resistance of the aluminum alloy in a saline solution is greatly improved; and in addition, the preparation method is simple, and large-scale preparation can be achieved.