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Composition for anti-corrosion coating Polymer composition for anti-corrosion coating includes a polymer binding agent, a modifier, a hardener - organosilicon amine, one filler, a pigment and an organic solvent, as well as additionally contains a reactionable diluent - triglycidyl ether of polyoxyproprylenetriol. As the polymer binding agent the composition contains epoxysiliconorganic resin, as the modifier - butadieneacrylonitrile carboxylate caoutchouc, as the pigment - the substance, which is a corrosion inhibitor, and as the filler - the substance, which has a fibrous or needle-shaped structure. The composition contains the components in the following ratios in wt. p: polymer biding agent - 90.0-110.0; hardener - 60.0-100.0; modifier - 10.0-35.0; reactionable diluent - 10.0-25.0; pigment - 150.-190.0; filler - 40.0-100.0; organic solvent - 30.0-100.0. |
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Water-dispersive heat-insulating, anti-corrosion, anti-condensate dye for metal surfaces Invention relates to varnish-and-paint material, and namely to priming water-dispersion compositions, and can be applied in different fields of industry for complex protection of metal construction surfaces, exploitation under atmospheric conditions of different climatic zones, in atmosphere, which contains aggressive gases and steams, under conditions with increased humidity and larger differences of temperatures. Water-dispersive heat-insulation, anticorrosion, anti-condensate dye for metal surfaces contains film-generator, hydrophobic dispersant, polyurethane and cellulose thickening agents, foam-extinguisher, anticorrosion pigments, fillers, coalescents, neutralising agent, film fungicide, solvent. As film-generator it contains styrene acryl dispersion of grade NeoCryl XK or vinylidenecholorideacrylic dispersion of grade Halloflex 299, as hydrophobic dispersant - highly molecular copolymer of acrylic acid with groups, which have affinity to pigments, obtained by technology of controlled polymerisation and/or dispersant, based on ammonium acrylate copolymers, as polyurethane thickening - non ionogenic hydrophobically-modified complex urethane copolymer based on ethylene and/or urea-modified ethylene and/or urea-modified polyurethane with branched structure, as foam extinguisher - copolymer of polyethersiloxane, which contain colloidal silica, as anticorrosion pigments - complex of aluminisated zinc phosphate, zinc tetraoxychromate, strontium chromate, sodium nitrate, as fillers - microspheres, talc and cerium oxide CeO2, as coalescents - dipropylene ether of mono n-butyl ether, butylglycol, as solvent - water. |
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Corrosion inhibitor for primers for metal Invention relates to field of metal protection against corrosion by means of paint-and-varnish coatings by introduction of corrosion inhibitor into primers for metal chrome borate with composition 2KB5O8·K2CrO4·4H2O; its effect on corrosion-electrochemical behaviour of steel 3 in 3% NaCl solution has been studied. |
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Invention relates to composition of water-based primer coating and coating system, which can be used to form wet layers or coatings, stable to leakage formation, on wide range of substrates. Composition of water-based primer coating contains water carrier, resin component, which includes polyvinylidene chloride in mixture with water carrier and one or more clayey agents, preventing leakage formation. Clayey agent includes organically modified hydrophilic clay and is present in quantity, sufficient for formation of coating, stable to leakage formation. Coating system contains first composition of water-based primer coating with resistance to leakage formation and second water composition of coating. Coated product and method for coating metal surface of product are also described. |
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Method of producing anticorrosion pigment Invention relates to protection of metals from corrosion using paint coats. The anticorrosion pigment is obtained from foundry electric furnace wastes - aspiration fines, containing the following, wt %: Fe2O3 63.9-70.0, FeO 7.0-11.32, SiO2 8.9-16, Al2O3 1.45-3.12. The aspiration fines are missed in dry form with brucite, natural magnesium hydroxide mineral, with the ratio of aspiration fines to brucite of 60-40:40-60 wt %, respectively. The obtained mixture is calcined for 3.5-5 hours at 550-650°C. |
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Method of anticorrosion treatment of ferrous metal surface Primer-corrosion converter of ferrous metals comprising orthophosphoric acid and zinc oxide is mixed with basic gallate of bismuth upon presence of ecologically safe complex based on ethylenediamine disuccinic acid. |
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Composition for preventing inorganic deposits Composition contains the following components, in wt %: oxyethylidenediphosphonic acid - 5.0-25.0, 2-phosphonobutane-1,2,4-tricarboxylic acid- 5.0-25.0, monoethanolamine or mixture of monoethanolamine and ammonium hydroxide - 5.0-20.0, methyl alcohol - 10-45, low-boiling hydrocarbon fraction from production of polycarbonates - mixture of lower alcohols - 20.0-45.0, water - the balance. |
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System of anticorrosion paint coating Invention relates to anticorrosion coatings for protection against corrosion and abrasive wear of underground metal constructions of various purposes, in particular steel screw piles. System of anticorrosion paint coating consists of two layers: primer and covering. Primer layer contains binding agent - mixture of silicon organic enamel and Asmol varnish, filling agent - highly disperse zinc and solvent - petroleum solvent, with the following component ratio, wt.p.: silicon organic enamel KO-198 100; Asmol varnish 20-25; filling agent (highly disperse zinc) 8-12; solvent - to working viscosity. Covering layer contains silicon organic enamel as binding agent, filling agent - mixture of graphite and molybdenum disulphide, additionally siccative - cobalt naphthenate, and solvent - petroleum solvent, with the following component ratio, wt.p.: silicon organic enamel KO-198 100; mixture of graphite and molybdenum disulphide (4:1) 6-8; cobalt naphthenate 2-2.5; solvent - working viscosity. |
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Fluorine-containing multifunctional composition Invention relates to the chemical industry, particularly to process compositions used to coat surfaces of solid material (bodies) and to produce a multifunctional (protective) nanosized film (specifically for modifying surfaces in order to improve properties thereof), and can be used in instrument-making, electronics, machine-building, fuel and energy sector, housing and public utilities and other sectors, for example, metal working. The fluorine-containing composition contains a multi-dispersion solvent (freon or mixture thereof), isopropyl alcohol, ethylene glycol, triethanolamine and a corrosion inhibitor. The composition can further contain water and mineral oil. The fluorine-containing polymer is a fluorine-containing surfactant selected from Epilam perfluoropolyethers. The thickness of the molecular film after application of the Epilam composition ranges from 3.0 nm to 10.0 nm. |
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Invention relates to chemical industry and concerns a method for producing an additive in the form of hard fibres, wherein the said additive is storage stable and based on the eco-friendly polyamide acid; the said additive in a salt state can be used for the production of composite materials and metal coatings. The method for polyamide acid salt production comprises forming a polyamide acid fibre cocoon by mixing 13.0-13.5 wt % polyamide acid solution in dimethylformamide with distilled water while stirring at the rate of 50 rev/min. The obtained cocoon is washed with distilled water, and separated into individual fibres to dry in the air and then at 120-130°C for 60 min in a cabinet drier, in a vacuum thermostat at 79-81°C and a pressure of 1 atm. to reduce dimethylformamide content down to 3.68 wt %, followed by dissolving the fibres in a mixture of N-methylpyrrolidone, monoethanolamine and water to obtain the said salt. A method for producing coatings based on fluoropolymers with polyamide acid salt or polyamide acid-based lacquer.is also disclosed. |
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Method for protective coating of steel surface Method involves preparing a steel surface, applying a polymer layer by immersing the surface into a bath with an aqueous solution of an oligomer, and curing the applied polymer layer. Preparing the surface involves removing oxidised films and de-fatting. The polymer protective coating is cured at room temperature; the oligomer is N-octofluorpentyl-substituted oligocaproamide. |
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Enamel contains a hydroxyl-containing copolymer based on vinyl chloride with vinyl acetate, a hydroxyl-containing fluoropolymer based on fluoroethylene vinyl esters with hydroxyl number of 52-100 KOH/g, pigments: bismuth vanadate, and/or nickel titanate, and/or cadmium red, and/or chromium titanate, and/or chromium oxide, and/or cobalt ferrite, and/or manganese oxide, and/or zinc aluminate, and/or mixed cobalt and zinc oxides, and/or cobalt aluminate, filler materials, aerosil, a curing agent and organic solvents. |
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Epoxy-caoutchouc composition for protective coatings Invention relates to field of paint-and-varnish coatings. Epoxy-caoutchouc composition for protective coatings contains film-forming substance, which includes epoxy-caoutchouc adduct, oligoetherepoxide, pigments, fillers and hardening agent. Epoxy-caoutchouc adduct is obtained in presence of polysulfide low molecular caoutchouc in equimolar quantity to butadiene-nitrile caoutchouc and excess of low molecular epoxy resin, taken in quantity 13-17 mole per mole of caoutchoucs. |
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Polyisocyanate-based anti-corrosion coating Present invention relates to polyisocyanurate reactive compositions which are well suited for anticorrosion, wear-resistant coatings. Described is a polyisocyanate-based non-syntactic coating composition obtained by reacting an organic polyisocyanate with a compound containing isocyanate-reactive hydrogen atoms with an isocyanate index of more than 1000% in the presence of a trimerisation catalyst and in the absence of polymeric polyols. The invention also describes a reaction mixture for producing a polyisocyanate-based non-syntactic coating composition, use of the polyisocyanate-based coating composition, a method of inhibiting corrosion of metal surfaces and article comprising a substrate and a film coating on the substrate, where said film coating contains the coating composition. |
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Aqueous-dispersion anticorrosion primer Aqueous-dispersion anticorrosion primer includes a film-forming agent, a hydrophobic dispersant, a polyurethane thickener, an antifoaming agent, anticorrosion pigments, filler materials, coalescents, a neutralising agent and a solvent. The film-forming agent used is a NeoCryl XK styrene-acrylic dispersion, the hydrophobic dispersant is a high-molecular weight copolymer of acrylic acid with groups having affinity for pigments, obtained via controlled polymerisation, the polyurethane thickener used is a nonionic hydrophobically modified ethylene-based composite urethane copolymer and a urea-modified polyurethane with a branched structure, the antifoaming agent used is polyester siloxane copolymers containing colloidal silica, the anticorrosion pigments used are a complex of anticorrosion additives - aluminized zinc phosphate, red iron oxide pigment, zinc tetraoxychromate, strontium chromate, sodium nitrite, the filler materials used are barium sulphate, calcium carbonate, talc, mica, the coalescents used are dipropylene ether of mono n-butyl ether, butyl glycol, tripropylene glycol butyl ether, the solvent is water, with a defined ratio of components. |
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Anticorrosion coating composition Anticorrosion coating composition contains an epoxide oligomer, polyethylene polyamine, zinc powder, a solvent - mixture of xylene and butanol in weight ratio of 1:1 and a target additive. The target additive is glycidoxypropyltrimethoxysilane. The anticorrosion composition contains components in the following ratio, wt %: epoxide oligomer 25.7, polyethylene polyamine 2.3, zinc powder 42, said mixture of xylene and butanol 29.79-29.84, glycidoxypropyltrimethoxysilane 0.16-0.21. |
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Heat insulating paint coat contains a film-forming agent in the form of an aqueous emulsion of a copolymer of styrene and acrylic monomers Akremos-101, a thickener in the form of an aqueous emulsion of a copolymer Akremos-401, a dispersant in the form of sodium polyphosphate, an antifreeze agent in the form of diethylene glycol, a coalescing additive in the form of white spirit, mineral filler and water; the paint further contains glass microspheres based on sodium borosilicate glass, wherein the mineral filler is diatomite and white soot, with the following ratio of components, wt %: aqueous emulsion of a copolymer of styrene and acrylic monomers Akremos-101 17.5-22.46, aqueous solution of an acrylic copolymer Akremos-401 4.28-5.46, diethylene glycol 10.27-13.10, sodium polyphosphate 3.85-4.91, white spirit 2.57-3.27, diatomite 6.06-13.63, white soot 3.06-5.12, microspheres based on sodium borosilicate glass 6.06-7.50, water - the balance. |
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Anticorrosion coating with low coefficient of friction Invention relates to protective coatings, a fastener and other surfaces coated with said coatings, for example, such coatings and fastener, which are capable of protecting one or both of two different metals connected together, from corrosion or damage, such as structural corrosion or decomposition. The corrosion-resistant coating composition includes inorganic salts and an alkaline salt of poly(3-ammonium propylalkoxy siloxane)carboxylic acid (PCAS) as a corrosion inhibitor, suspended in a residue containing a phenol-formaldehyde thermosetting resin. The coating material can be deposited on metal articles, but not limited to an aircraft fastener, such as aircraft fastening components, including nuts and bolts, screws and rivets. |
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Method of accelerating solidification of polymer coatings based on ethynol varnish Invention relates to methods of anticorrosion and hydroinsulation protection of building constructions and structures and can be used for acceleration of solidification of polymer coatings based on divinylacetyl varnish - ethynol varnish Method of accelerating solidification of polymer composition based on ethynol varnish includes blowing non-solidified polymer composition based on ethynol varnish, including ethynol varnish, expanded clay dust and divinylstyrene latex SKS-65, with its mixing for 20-40 minutes by intensive flows of compressed oxygen before application of coating on the surface to be protected and its natural solidification at the environment temperature. |
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Composition for coating metal articles Invention relates to chemical and machine-building industry and repairing equipment by applying polymer coatings on metal articles and machine components, particularly mounting seats of bearings in metal parts of machines. The coating composition contains the following components (in wt %): lacquer F-40 - 87-88; aluminium powder PAP-1 - 11.5-12.0 and bronze powder B1PP-1 - 0.5-1.0, having defined grain-size compositions. |
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Invention relates to composite paint-and-varnish materials for anticorrosion protection of metal structures in aggressive media. Anticorrosion paint-and-varnish material includes multilayered carbon nanotubes from 0.2 to 2 wt %, epoxy binding agent from 38.1 to 54.9 wt %, solidifying agent from 5.8 to 10 wt %, as filling agent anticorrosion additive, desaerative additive and siccative from 2.3 to 4.7 wt %, 2-ethoxyethanol to 100 wt %. Said paint-and-varnish material can include technical carbon as pigment. |
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Anticorrosive protective polymer coating Invention relates to components of polymer compositions and can be used for anticorrosive insulation of elements of thermal networks. Anticorrosive protective polymer coating is made of composition, which contains film-forming ethinol varnish, plasticiser divinylstyrene latex SKS-65 and filler. As filler used is finely-disperse slag of metallurgical enterprises (blast furnace, open-hearth or electric steel-smelting plants). Composition contains ethinol varnish - 1 wt. p., finely-disperse slag of metallurgical enterprises - 0.4-0.5 wt. p., divinylstyrene latex SKS-65 - 0.06 wt. p. |
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Anti-abrasive coating for protecting ship body parts includes a synthetic polymer resin and an abrasive powder, wherein the coating consists of two layers, the first of which comprises fibrous material - glass fibre with fibre length of 10-15 mm in amount of 10-20% of the weight of the resin, and the second layer comprises electrocorundum in amount of 10-15% of the weight of the polymer resin, quartz sand in amount of 32-53% of the weight of the polymer resin and powdered graphite in amount of 7-13% of the weight of the polymer resin. |
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Protective composition for wooden building structures Protective enamel composition includes, pts.wt: ethynol varnish - 1, divinyl styrene latex SKS-65 - 0.15-0.2, powdered silver foundry graphite - 0.1-0.15. |
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Heat-insulating, anticorrosion and sound-absorbing coating and method of obtaining thereof Invention relates to the chemical industry and can be used for obtaining heat-insulating coatings with anticorrosion and sound-absorbing properties on different surfaces. A coating is made from a polymer composition, including a polymer water-suspension composition, containing a binding in the form of a water polymer composition, if necessary auxiliary target additives, and a mixture filler in the form of a mixture of particles and granules of aerogel, ambigel or xerogel based on amorphous silicon dioxide and/or alumina with the bimodal distribution of the particle size in the range from 1 to 10000 mcm and the bulk density in the range from 600 to 60 kg/m3, or their mixture with hollow microspheres, differing from each other in size in the range from 3 to 500 mcm and the bulk density in the range from 700 to 50 kg/m3. The microspheres are selected from the group, including hollow glass microspheres, hollow ceramic microspheres, hollow technogenic (ash) microspheres, polymer microspheres. The ratio in the mixture of microspheres and particles of aerogel in the mixture filler constitutes from 1:99 vol.% to 99:1 vol.%. The ratio between the binding polymer composition and the said mixture filler, vol.%: the binding polymer composition 5-95, the said mixture filler 5-95. The method of obtaining the heat-insulating double-layer coating is also described. First, a layer of the composition, containing as the filler only aerogel with the bimodal distribution of particles in the range from 1 to 10000 mcm, is applied, after which, the coating, containing as the filler only the mixture of hollow microspheres, is applied. |
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Anticorrosion coating composition Invention relates to a composition of coating, hardened at low temperature, which contains film-forming resin, a hardening agent for the film-forming resin, as well as lithium salt, selected from inorganic and organic salts, which has a constant of solubility in water at 25°C in the interval 1×10-11 - 5×10-2 and where lithium salt is present in the coating composition in a quantity of 1040 vol. %, in terms of the sum of non-volatile components of the coating composition. Also described are: the application of the coating composition as an anticorrosion primer coating for substrates from non-ferrous metals, a method of obtaining a corrosion-resistant metal substrate and a substrate, covered with the coating composition. |
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Anticorrosive composition and method of producing coatings based thereon Anticorrosive coating composition contains DST-30-01 thermoplastic butadiene-styrene, an oligomer and a solvent, wherein the oligomer used is triethylene glycol dimethacrylate, the solvent used is toluene, and the composition further includes a photoinitiator - 2,2-dimethoxy-1,2-(diphenyl)ethanone. |
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Ceramic particles and coating compositions including said particles Group of inventions relates to a coating composition for metal devices, which provides protection from corrosion, a protective film obtained from said coating composition and use of said coating composition. The coating composition contains ceramic particles which contain at least one corrosion inhibitor, substantially uniformly distributed in each particle. Said corrosion inhibitor is released in the presence of a liquid as a result of solubilisation in said liquid. The coating composition is also characterised by that the ceramic particles are obtained using a sol-gel method to encapsulate the corrosion inhibitor. Said sol-gel method is based on hydrolysis and condensation of corresponding precursors. |
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Aqueous dispersion protective paint composition Invention relates to aqueous dispersion paint materials for protecting concrete from corrosion and an aqueous dispersion paint composition. The composition contains a water-base polymeric vinyl acetate-acrylate dispersion, a surfactant, an antifoaming agent - white spirit, a coalescent additive - monoethylene glycol, filler materials, kaolin subjected to ultrasonic treatment, a pigment - rutile titanium dioxide, a thickener - sulfocell, a dispersant - aqueous solution of an ammonium salt of an acrylic copolymer and water. |
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Organosilicate composition contains polymethylphenylsiloxane as a binding agent, filling agents - talc and chrome oxide, and disubstituted alumophosphate with a specified ratio. |
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Impregnation composition comprises an oil polymer resin, a solvent, toluene and antioxidant at the following ratio of components, wt %: oil polymer resin 10-40; toluene 10-20; solvent 50-70; antioxidant 0.5-2. |
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Mixtures, containing organic silicon compounds, and their application Inventions relate to protection of substrates against corrosion. Claimed is dispersible redispersible or water-soluble mixture for reinforcing construction materials and protection against corrosion, based on, at least, one water-soluble organic polymer and, at least, one organic silicon compound, which contains, at least, one SiOSi-bond, with content of organic polymer constituting approximately from 40 to 80 wt % counted per the sum of organic polymer and organic silicon compound; and organic silicon compound, which contains, at least, one SiOSi-bond, is based on oligomeric mixture of alkylalkoxysiloxanes, which contains from 50 to 100 wt % of alkylalkoxysiloxanes and has oligomerisation degree mainly from 2 to 20, with oligomer mixture of alkylalkoxysiloxanes satisfying the overall formula I: (R")Si(OR"')xOy (I), where groups R" represent similar or different linear, branched or cyclic alkyl radicals with 1-18 carbon atoms, mainly methyl, ethyl, propyl, hexyl, octyl, hexadecyl; groups R"' are similar or different and represent hydrogen or linear or branched alkyl radical with 1-4 carbon atoms, mainly methyl, ethyl, propyl, and 1,0<x<2,0 and 0,5<y≤1,0, on condition that (2y+x)=3. |
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Organosilane compositions for coatings and their application Invention relates to sol-gel composition for coatings, containing hydrolised organosilane, metal-organic precursor and inhibitor of corrosion, where inhibitor of corrosion represents chelator for metal-organic precursor. Inhibitor of corrosion and metal-organic precursor can form complex in form of nanoparticles. Inhibitor of corrosion can represent diaminobenzoic acid and tetrazine. Composition for coatings can contain one or several additives, selected from antimicrobial additive, hardener, water-repellent additive, dye, additive, resistant to scratching, and flexibility-improving additive. Also described is method of obtaining sol-gel composition for coatings, which includes stages of organosilane hydrolysis in presence of catalyst, chelation of metal-organic precursor, mixing hydrolised silane and chelated metal-organic precursor and hydrolysis of mixture organosilane-metal-organic precursor. |
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Method of producing anticorrosive pigment - chromium phosphate Chromium phosphate is obtained in a reactor by dissolving chromium trioxide in water. Orthophosphoric acid and a stabilising additive - ethanol - are then added. A strong reducing agent - aqueous hydrazine-hydrate solution - is slowly added to the obtained mixture of chromic acid, orthophosphoric acid and ethanol in an amount which enables formation and maturation of chromium phosphate particles, suspension pH of 4-7 and concentration of chromium phosphate of 50-100 g/cm. The end product is then filtered and dried. The filtrate is returned to preparation of the mixture of chromium trioxide, orthophosphoric acid and ethanol. |
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Method of producing anticorrosion pigment Anticorrosion pigment is produced from electric furnace wastes from foundry production - aspiration fines, containing, wt %: Fe2O3 63.9-70.0, FeO 7.0-11.32, SiO2 8.9-16, Al2O3 1.45-3.12. The aspiration fines are mixed in dry form with dolomite powder containing magnesium and calcium bicarbonate in amount of 80-95 wt %, with the ratio of aspiration fines to dolomite powder of 60-40:40-60 wt %, respectively. The obtained mixture is calcined for 3-5 hours at temperature of 700-800°C. |
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Bonding paint layer with polyvinyl amines in polymer-containing aqueous acidic anticorrosion media Agent contains water and fluorine-containing complex titanium and/or zirconium ions, an anticorrosion pigment, an organic polymer or copolymer which is water-soluble or water-dispersible, which as such in an aqueous solution in concentration of 50 wt % has pH ranging from 1 to 3. The agent also contains a polyvinyl amine with molecular weight greater than 100000 g/mol but not greater than 1000000 g/mol, the degree of acylation of the polyvinyl amines being not less than 80%. |
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Anticorrosion protective polymer coating Anticorrosion protective polymer coating contains film-forming ethynol varnish, fine vermiculite filler and a plasticiser, which is divinyl styrene latex SKS-65, in amount of 0.05 pts.wt per 1 pts.wt film-forming agent. |
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Hollow microsphere-based anticorrosion and heat-insulating coating Anticorrosion and heat-insulating coating is made from an water-suspension composition with viscosity of 1-100 Pa·s, which includes a mixture of polymer binder 5-95 vol. % with filler - hollow microspheres 5-95 vol. %. The polymer binder is a water-emulsion polymer latex composition containing a (co)polymer selected from a group comprising an acrylate homopolymer, a styrene-acrylate, a butadiene-styrene and a vinyl acetate copolymer, polystyrene, butadiene polymer or a mixture thereof, a surfactant, water and ε-caprolactam. The filler used is a mixture of hollow polymer microspheres with diameter of 10-90 mcm and packed density of 25-40 kg/m3 and hollow glass microspheres, taken in ratio of 1:1. |
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Method of coating metal surface with hybrid layer Method involves preparing an aqueous solution substantially consisting of oxide nanoparticles and having pH 9-13, dissolving therein a prepolymer with viscosity of 3000-25000 mPa·s, depositing the solution on a substrate at temperature below 50°C and drying by heating. Overall duration of depositing and drying is less than 10 s. The prepolymer is obtained by polycondensation while mixing a first-category compound selected from a polyamine, a polyalcohol, a mixture thereof, with a second-category compound selected from a group comprising a polycarboxylic acid, a polycarboxylic anhydride, a polyepoxy, a polyisocyanate and any mixture of two thereof. The coating layer has thickness of 50-500 nm. |
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Radiation curable compositions Radiation curable, radically cross-linked composition consists of A) at least one radiation curable, radically cross-linked component, B) at least 2 wt % of at least one alkoxysilane component, with respect to the overall composition, which is selected from organofunctional silanes and/or epoxy-functional silanes, C) at least one acid-generating photoinitiator, D) one or more adhesion strength enhancing substances, E) one or more photoinitiators for radical curing and F) one or more pigments and ordinary target additives. The composition is used as a primer, an intermediate layer, lacquer coating, transparent lacquer and/or in coating or obtaining a coating by depositing on sheet metal. The invention also relates to a coating containing or based on the radiation curable composition. |
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Electrodeposited coating composition containing silane and yttrium Disclosed is an electrodeposited coating composition which contains (i) an electrodeposited film-forming polymer, (ii) a corrosion inhibitor and (iii) silane solution which does not contain an ethylenically unsaturated double bond, as well as versions thereof and substrates coated with said compositions. |
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Invention relates to paint materials and can be used in mechanical engineering to protect metal surfaces operating at high temperatures, in highly corrosive conditions as well as at home and in industry. The heat-resistant enamel contains organoalkoxysilane-based methyl phenyl siloxane resin of general formula: [ R h − n S i O 4 − n ] a [ R m ' S i O 4 − m ] b [ R k 2 S i O 4 − k ] c , where: n, m, k=1.2; R'=Me, H; a=0.1-33; R2=Me; b=0.03-1; c=0-0.1; as well as butyl methacrylate polymer, pentaphthalic lacquer, a heat-resistant pigment, micronised filler, a thickener, a bentonite clay-based rheologic additive and an organic solvent. The enamel enables to obtain a coating of high quality. |
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Anticorrosion fire-proof paint Invention relates to paint industry and a paint coat having fire-proof and anticorrosion properties. Such a paint can be used in oil, gas and petrochemical industry, in public services and other sectors where there is need to protect surfaces of structures and components made from different materials, including when used in high temperature conditions. The paint contains organosilicon resin as binder, an organic solvent - xylene or paint thinner, filler - talc and kaolin with micro-wollastonite, a corrosion inhibitor in form of zinc phosphate with an additive of acid-free rust solvent based on tannins and target additives: emulsion of mineral oils based on paraffin and hydrophobic components, a solution of an alkaline liquid with silanol and a diurethane solution. The paint can further contain betolin and a drying agent. |
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Method of applying insulating gasket on pipe joint Method is realised by applying a heat shrink multilayer adhesive tape, having a protective layer made from polyethylene tape, electron-chemically modified and aligned in the common direction by 25-75%, and an adhesive layer made from a tape which is electron-chemically modified with accelerated ions with absorbed dose of 0.1 MGy, made from a composition which contains an ethylene and vinyl acetate copolymer with content of vinyl acetate groups of 10-14%, melt fluidity of 5.0-10.0 g/10 min and breaking strength of 9.8 MPa or an ethylene and vinyl acetate copolymer with content of vinyl acetate groups of 10-15%, melt fluidity of 2.0-6.0 g/10 min and breaking strength of 9.0 MPa, mineral filler, modifier - polyisocyante and sulphur-containing polyhydroquinone disulphide stabiliser in concentration of 0.1-0.3 wt %. |
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Heat shrink gasket and method of making said gasket Method of making heat shrink tape for a gasket from polyethylene and an ethylene and vinyl acetate copolymer by mixing polyethylene and an ethylene and vinyl acetate copolymer with a sulphur-containing polyhydroquinone disulphide stabiliser with concentration of 0.1-0.3 wt %, irradiating the obtained tape with accelerated electrons with absorbed dose of 0.07-0.1 MGy and subsequent duplication at temperature of 145-150°C. The heat shrink tape is stretched by 15-70% at temperature of 140-150°C and cooled under a load to room temperature. |
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Primer compositions for adhesive binding systems and coatings Present invention relates to an aqueous primer composition. The aqueous primer composition contains: a. at least one composition of a heat-curable self-emulsifying epoxy resin obtained by reacting (a) epoxy resin, (b) a polyatomic phenol and (c) an amine-epoxide adduct, where the amine-epoxide adduct is a product of reaction of an aromatic polyepoxide with polyoxyalkylene amine; b. at least one composition of a heat-curable non-self-emulsifying resin having an epoxide base which has epoxide functionality from 1.8 to 4 and epoxide equivalent weight from 100 to 200; c. water; and d. at least one curing agent. The invention also describes a method of producing the aqueous primer composition. |
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Anticorrosion protection of metal structures and large-size industrial equipment Invention relates to methods of anti-corrosion protection of metal structures and large-size industrial equipment operating in atmospheric conditions by depositing a paint coat onto the surface of the equipment. Disclosed is an anti-corrosion protection method which involves depositing a prime coat onto the metal surface, followed by tack-free drying, and then depositing a top coat followed by drying until complete setting. The prime coat and the top coat are made from a composition which contains (wt %): silicone epoxy resin (32.0-52.0), nanodispersed fluoroplastic (2.0-4.0), aminosilane curing agent (8.0-12.8), target additives (1.84-2.32), pigments and filler materials (3.4-21.6), organic solvents - the balance. |
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Protective coating composition based on chlorosulphonated polyethylene Invention relates to protective coating compositions based on chlorosulphonated polyethylene for protecting metal and concrete from external action. The protective coating composition based on chlorosulphonated polyethylene contains pigments, organic solvents, polymeric petroleum resin as a modifying additive and curing agent and zinc phosphate. |
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Corrosion-protective system for metals and anticorrosion pigment therefor Invention relates to protecting a metal base from corrosion by applying a corrosion-protective system thereon. The system contains at least one coating applied onto the base which consists of an organic matrix in which anticorrosion pigments are dispersed. The pigments are formed by an alloy of at least two metals and inevitable impurities. The organic matrix is a primer for a multilayer paint coat and/or an anticorrosion primer for a multilayer paint coat and/or coloured lacquer for a multilayer paint coat and/or finish lacquer for multilayer paint coat and/or lacquer for coating metal and/or an adhesive for gluing metal sheets and/or oil and/or wax and/or an oil-wax emulsion. |
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Method of making gradient coatings - rust modifiers Invention relates to the paint industry, particularly compositions and methods of producing water-resistant anticorrosion primers for protecting corroded surfaces of different metals and alloys before subsequent application of paint coatings or as independent protective coating. The method of making gradient coatings involves mixing components which comprise epoxy resin, a pigment, glycidyl ether of phosphoric acid and a curing agent, and applying onto the surface. The epoxy resin is first mixed with the pigment, followed by addition of the glycidyl ether of phosphoric acid in which in which a complexing agent - disodium salt of 3,5-pyrocatechin-disulphonic acid (tiron) is dissolved and the curing agent. The mixture is held until a given degree of demixing is achieved and then cured. The glycidyl ether of phosphoric acid used is either triglycidyl phosphate or diglycidyl phosphate or diglycidyl methylphosphonate. |
Another patent 2551294.