Hydraulic insulating composition |
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IPC classes for russian patent Hydraulic insulating composition (RU 2245892):
Fireproof blowing paint / 2244727
Claimed paint contains polymeric binder, solvent and blowing additive consisting of pentaerythritole and ammonium polyphosphate at ratio of 1:1.3-2.6, respectively, and in addition expanded graphite. Materials of present invention useful in building industry, aviation, railway transport, etc.
 Composition for protective coatings (options) / 2241727
The invention relates to the field of protective coatings, in particular heat-resistant anti-corrosion coatings hot-curing-based polyorganosiloxanes, and is intended for thermal insulation and corrosion protection of steel structures
 Composition for protective coatings / 2226539
The invention relates to the field of protective coatings, in particular heat-resistant coatings for insulating protection of metal, ceramic and metal
 Composition for protective coatings / 2216567
The invention relates to the field of protective coatings, in particular to compositions based polyorganosiloxanes curing at ambient temperature
 Composition for protective and decorative coatings for building materials (options) / 2215767
The invention relates to construction materials and is designed for protective and decorative finishes building structures and products made of metal, concrete, brick and ceramics, as well as for corrosion protection of metal building constructions
 The weather-resistant composition for coating / 2214436
The invention relates to paints, varnishes and lacquers designed for protective and decorative painting of facades of buildings and constructions, metal, asbestos cement, concrete, plaster, brick surfaces, operated under atmospheric conditions and under high humidity conditions
 Composition for protective coatings (options) / 2213114
The invention relates to the field of protective coatings with chemical or radiation resistance or de-icing properties, and is intended for protective finishes building structures and products made of metal, concrete, brick and ceramics
 Halogenated resin compositions / 2213111
 Composition for coating / 2206588
The invention relates to coatings industry and is designed to protect concrete, metal and aspectoriented surfaces against chemical and atmospheric effects and destruction
Steel sheet with a coating and a method of manufacturing a steel sheet coated / 2203980
The invention relates to a steel sheet, in particular of stainless steel, suitable for the manufacture of the discharge element
 Epoxy composition for protection against corrosion of machine parts and mechanisms / 2238289
The invention relates to epoxy compositions and can be used for protection against corrosion of machine parts and mechanisms, working in contact with corrosive environments in engineering, as well as for the protection of oil field equipment, containers, tanks and reservoirs
 Composition for coating concrete surfaces / 2237695
The invention relates to compositions of cold hardening on the basis of oligomeric epoxy systems with reduced Flammability for coating self-leveling floor on a concrete substrate, which finds application in chemical, petrochemical, electronic industry, including at nuclear power plants
 Protective coating / 2232176
The invention relates to the field of polymer compositions based on epoxy oligomers used to obtain the moisture-proof coating on composite materials, steels, aluminum alloys
 The composition for anti-corrosion coatings / 2230086
The invention relates to the paint industry, in particular the production of compounds for anti-corrosion coatings for the protection of products from aluminum alloys and steel
 Composition for protecting corroded metal surfaces / 2228942
The invention relates to compositions of corrosion-resistant coatings cold drying and can be used in various industries
 Polymer composition for protective and decorative coatings / 2228346
The invention relates to construction materials for protection against corrosive effects on metal, concrete, reinforced concrete and wood surfaces
 The structure for receiving anti-friction and chemically resistant coatings by the method of deposition on the cathode / 2222563
The invention relates to compositions for the antifriction metals and chemically resistant coatings based on PTFE by cathodic deposition
 Composition for the preparation of hydrophobic coatings by cathodic deposition / 2222562
The invention relates to compositions for the preparation of hydrophobic coatings by cathodic deposition and can be used when you need the coverage the minimum thickness (not more than 10 μm), for example, when the protection of condenser tubes of heat exchangers made of copper alloys, where necessary drip condensation of the steam
 The way to protect and restore corroded metallic surfaces / 2220995
The invention relates to the field of protection of metal surfaces and restore corroded surfaces, working in conditions of abrasive wear, corrosive environments, for example when transporting fertilizers, energy, chemical and mining industry, the repair of corroded equipment and to protect it
 The composition for fire-resistant thermal barrier coatings / 2215765
The invention relates to compositions for obtaining a flame-retardant heat-shielding coatings based on polymeric binder
 Paint / 2238290
The invention relates to paints, varnishes and lacquers, in particular for paints based on bituminous materials, and may find applications in areas that require materials with high moisture resistance, resistance to peeling and cracking
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FIELD: hydraulic insulating materials for hydraulic insulation and corrosion prevention of concrete, metal and reinforced concrete structural surfaces. SUBSTANCE: claimed composition contains: butadiene-styrene thermoelastomer, diepoxy resin, filler (carbon black), solvent (toluene), pigment filler, containing aluminum and iron hydroxides and additionally indene-coumarone resin, waterproofing agent (liquid polymethylsiloxane), and stabilizer. EFFECT: composition with high adhesion to concrete and metal surface and improved strength. 2 tbl
The invention relates to the field of construction materials used in civil and industrial construction, in particular, for waterproofing and corrosion protection of structures and buildings made of concrete, metal and concrete. Known composition (A.S. USSR 1774946, MKI 04 In 41/63, From 09 To 3/10, 1992) for waterproofing of building structures, including, wt.%: Butadiene-styrene rubber 10-30 A mixture of toluene and gasoline in the ratio of 1:2-1:4 65-85 Aluminum hydroxide 5-10 This composition is characterized by high strength, vodogazonepronitsaemoy, however, has poor adhesion to concrete, metal and low tensile strength. The closest in technical essence and the effect of the invention is a composition (patent 2185405, MKI 7 09 D 109/06, 2000), which includes, in wt.%: Butadiene-styrene rubber 13-30 Epoxy Dianova resin 5-17 The polyethylenepolyamine of 0.5-1.5 Filler 3-13 The solvent else The composition has good adhesion to concrete, but may not be used to protect metal structures and has a low strength properties. The aim of the invention is the creation of a waterproofing polymer compositions with improved adhesion characteristics to concrete and metal surfaces and higher strength parameters. This objective is achieved in that the waterproofing composition comprising a butadiene-styrene thermoplastic elastomer, epoxy resin, optionally included inden-coumarone resin, carbon black and pigment-filler, stabilizer, wetting agent - polymethylsiloxane liquid and toluene in the following ratio, wt.%: butadiene-styrene thermoplastic elastomer DST-30 8-20 inden-coumarone resin 9-17 epoxy resin is 0.7-3 pigment-filler “ProCal” 18-21 carbon black P-803 1,2-3 repellent - polymethylsiloxane liquid PMS-200 1,2-1,6 the stabilizer Naphthas-2” 0,1-0,2 toluene 46,0-52,0 As a result of research and a number of tests, as well as experience in construction practice managed to get a material with high adhesion to concrete and metal, as well as strength. The material has good technological properties. All components of the formulation regulated by the normative documents: butadiene-styrene thermoplastic elastomer DST-30-01 corresponds to THE 38.103267-80, inden-coumarone resin - TU 14-6-72-89, epoxy resin - GOST 10584-84, toluene oil - GOST 14710-78, pigment-filler “ProCal” - THE 2322-002050898710-01, carbon black P-803 - GOST 7885-86, repellent - polymer clay is insulationa liquid PMS-200 - GOST 13032-77, the stabilizer Naphthas-2” - GOST 39-79. The technology of obtaining the composition comprises: dissolving butadiene-styrene thermoplastic elastomer in toluene at a temperature of 20-50° (the process is 3-6 hours); add inden-coumarone resin, and then all other components (in the above ratio) and mix until smooth. For testing coatings on the basis of used concrete and metal samples. Formulations of the compositions are given in tal. Physico-mechanical properties of the developed compositions are presented in table 2. This composition is superior to the prototype for a number of indicators. This result is achieved by partial replacement of epoxy Dianova resin on “aromatic” resin - inden-coumarone, the introduction of water-repellent and pigment-filler. Pigment-filler “ProCal also improves adhesive properties, since it is alkaline in nature (pH=11), and concrete (pH=11-13). The presence of hydroxyl groups on the surface of aluminum particles leads to the formation of coagulation spatial structures that allows in terms of manufacturing to achieve the specified properties. When corrosion protection of metallic coatings enhances the inhibitory effect. The material on the insulated surface is applied by brush, roller or spray. Composition d is amendolara for waterproofing and corrosion protection of various building structures like underground, and ground purpose.
Waterproofing composition for waterproofing and corrosion protection, including butadiene-styrene thermoplastic elastomer DST-30 and epoxy resin, filler and solvent - toluene, characterized in that it contains as filler carbon black P-803 and pigment-filler “ProCal”containing hydroxides of aluminum and iron, and additionally inden-coumarone resin, water repellent - polymethylsiloxane liquid PMS-200 and Stabi who isator “Naphthas-2” in the following ratio of components, wt.%: Butadiene-styrene thermoplastic elastomer DST-30 8-20 Inden-coumarone resin 9-17 Epoxy resin is 0.7-3 Pigment-filler “ProCal” 18-21 Carbon black P-803 1,2-3 Repellent - polymethylsiloxane liquid PMS-200 1,2-1,6 The stabilizer Naphthas-2” 0,1-0,2 Toluene 46,0-52,0
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