Lacquer composition |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
IPC classes for russian patent Lacquer composition (RU 2314328):
Compound for heat-resistant anticorrosive coat / 2313552
Proposed compound contains the following components, mass-%: polyphenyl siloxane resin, 25.0-35.0; butyl methacrylate and methacrylic acid copolymer, 4.0-8.0; heat-resisting pigment, 10.0-30.0; filler, 3.0-7.0; rheological additive, 0.5-4.0; synthetic zeolite having structure of alumosilicate complex with alkaline metals used as adsorbent, 1.0-10.0; the remainder being solvent. This coat withstands alternate action of temperature of 500°C and water; service life of this coat is no less than 18 months.
 Multi-layer anticorrosive coat with carbon nano-tubes / 2312875
Proposed multi-layer coat at total thickness of 220-240 mcm consists of priming layer, 80-100 mcm thick, intermediate layer, 70-90 mcm thick and covering layer. Priming, intermediate and covering layers are formed from paint-and-varnish material on base of film-forming agent; this material contains 10-48 vol-% of carbon nano-tubes and 40-86 vol-% of highly-dispersed zinc filler.
 Anti-corrosive coat with carbon nano-tubes filled with zinc / 2312874
Proposed single-layer coat is made from paint-and-varnish material on base of film-forming agent containing carbon nano-tubes filled with zinc. Multi-layer coat, 90-240 mcm thick, includes priming layer , 40-100 mcm thick and covering layer. Priming and intermediate layers are made from paint-and-varnish material on base of film-forming agent containing 40-86% of carbon nano-tubes filled with zinc. Covering layer is made from paint-and-varnish material containing the carbon nano-tubes which are not filled with zinc.
 Poyurethane solvent-free reactive bicomponent system for preparing covers showing thermal stability at temperatures until 90°c, elasticity and compatible with cathode protection / 2310673
Invention proposes polyurethane solvent-free reactive bicomponent system used in preparing covers showing thermal stability at temperature until 90oC, elasticity and compatible with cathode protection. The system consists of, for example, chlorinated paraffin hydrocarbon or polychlorodibutoxybenzene as chlorinated soft resin and containing OH-groups of component, in particular, containing simple ether groups with functionality ≥3.5 and molecular mass 280-1000 Da, or their mixtures consisting of such components and polyisocyanate component.
Heat-moisture-protecting dye-cover / 2310670
Invention relates to dye-cover. Proposed dye-cover is prepared from composition comprising components taken in the following ratio, wt.-%: binding agent, 20-30; hollow microspheres, 10-30, and organic solvent, the balance. A binding agent is chosen from group comprising organosilicon resin, acrylic (co)polymer, polyurethane. Ceramic or glass hollow microspheres of size 20-150 mc are uses as hollow microspheres. The composition can comprise additionally titanium dioxide in the amount 2-5 wt.-% and antipyrene additive in the amount 5-25 wt.-%. Invention provides refractoriness, atmosphere resistance and exploitation period. The proposed dye-cover possesses heat-insulting, sound-insulating, waterproofing properties simultaneously and designated for protecting different equipment, pipelines, metallic, concrete, ferroconcrete, brick, wood and other building constructions for habitable, common knowledge and industrial buildings and constructions.
Wear-resistant protective polymer compound / 2309966
Proposed compound contains the following components, mass-%: 14-20 of epoxy diane resin used as binder; 24-28 of aminophenol hardener; 80-86 of resin - oxyline-5 or oxyline-6 used as modifying agent; 5-10 of aerosil used as fine-grained filler; 50-60 of mixture of graphite and molybdenum disulfide used as anticorrosive filler at mass ratio of graphite to molybdenum disulfide equal to 4:1 and solvent for obtaining the working viscosity. Proposed compound makes it possible to obtain tensile strength of 10.5-19.2 Mpa, relative elongation at rupture of 30.8-40.2 and friction coefficient in metal (Ct3) of 0.048-0.074 at 30C and 0.028-0.042 at 70C.
Anticorrosive primer coating / 2307142
The invention represents the anticorrosive primer coating intended for the anticorrosive protection of the steel pipelines predominantly of the oil pipelines and the natural gas pipelines at their building and overhaul and may be used for zone insulation of the welded couplings of the pipes together with the thermal shrink couplings and also for reconditioning of the insulation defects. For increasing the adhesion strength to the polyethylene and the steel as well as the primer coating protection stability against the cathodic spalling at the heightened temperature and slowing down of the underfilm corrosion by the primer coating it contains the butadien-styrene rubber, n-tret- butylphenolformaldehyde pitch, the copolymer of ethylene with the vinylacetate of "Evalan" brand, the mixture of the aminemethyl derivatives of nonylphenols and their hydrochlorides in the ratio from 25:1 up to 1:1, pyrocatechol, magnesium oxide, industrial carbon and the petroleum solvent.
Polymeric protective barrier coating / 2306325
Invention provides composition for producing polymeric protective coatings on various surfaces, including metal, concrete surfaces, structural members of conduits, metal units and assemblies in different technical areas, said coatings serving as barriers against attacks of various-type corrosive media. Composition contains following components, wt %: epoxide dian resin, 33.5-41.0; dibutyl phthalate and/or aliphatic epoxide resin DEG-1, 2.5-10.0; polyethylene-polyamine hardener, 4.0-6.5; plate filler in the form of andesite basalt scales with scale thickness 0.2 to 7.0 μm, 42.5-50.0, and, if necessary, Aerosil, 0-6.0, and/or organic solvent, 0-17.5.
Composition for production of the antirust coating / 2304602
The invention is pertaining to the compositions for production of the anticorrosive zinc-containing base coatings intended for a sacrificial protection from corrosion of the products, buildings and constructions made out of the ferrous metals exploited in the atmospheric conditions, in the conditions of water-saline mist, in the medium of the oil products vapors and aerosols. The composition for production of the antirust coating includes the fine-dispersive zinc powder, the three-metal desiccant, the toluene, the modified alkyd film-forming substance, in the capacity of which they use the short-alkyd varnish with addition of the tung oil, modified with the phenol-formaldehyde resin in amount of no more than 5.0 % of the mass of the alkyd film-former, with the acid number of no more than 15.0 mgKOH/g of the film-former and the dynamic viscosity after Brunkfild - 2.0-4.5 Pa·s, and the antisediment additive, in the capacity of which use the admixture of zinc oxide, lecithin and the organophilic bentonite of SD-1 brand. The composition has the high sediment stability at storing and at coating, dries faster and ensures production of the antirust coatings with the heightened resistivity to the water and petroleum action.
Method of protection and reduction of the corroded metallic surfaces / 2304601
The invention is pertaining to the method of protection and recovery of the corroded metallic surfaces working in conditions of the abrasive wear, action of the aggressive mediums, for example, at transportation of the fertilizers, in the heat and power industry, chemical industry and the extractive industry at the repairs of the rust through equipment. The method provides, that at first they apply on the metallic surface of the priming coating based on the composition containing the following components (in mass. %): 20.0-30.0 - the epoxy dian resin with the epoxy reacting weight of 450-500, the curing agent, 12.0-25.0 - pigments, 12.0-25.0 - fillers, 20.0-30.0 - polyamide curing agent Versamid 115, the rest - organic solvents, with the subsequent drying "up to detachment". After that they apply the second insulating layer having the following composition (in mass %): 20.0-35.0 - of the epoxy dian resin with the epoxy reacting weight of 450-500, 5.0-10.0 - pigments, 5.0-12.0 -fillers, 20.0-35.0 - polyamide curing agents Versamid 115, 10.0-30.0 - micaceous iron oxides, the rest - the organic dissolvents, with the subsequent "up to detachment". After that they apply the third outer layer from the composition containing the following components (in mass %): 20.0-40.0 - the acrylic or polyester hydroxyl-containing resin used as the binder, 10.0-20.0 - pigments, 5.0-10.0 - fillers, 11.0-22.0 - the curing agent - aliphatic polyisocyanate, 0.1-0.5 - the organically modified polysiloxane, the rest - the organic solvents, further the product is dried up to the complete solidification. The invention allows to increase the corrosion resistance of the coating.
Aqueous-dispersion composition / 2312118
Invention relates to an aqueous-dispersion dye. The coating composition comprises the following components, wt.-%: epoxy-rubber adduct, 15-36; low-molecular epoxide resin, 10-18; surfactant, 0.5-0.65; biocide additive, 0.1-0.4; accessory substances, 0.1-0.8, and water, the balance. Epoxy-rubber adduct is prepared by co-condensation of epoxide resin and liquid nitrile rubber by functional groups, and 2.0-10.0 weight p. p. of hardening agent is taken per 100 weight p. p. of abovementioned composition. The composition can comprise additionally pigments and/or filling agent. Invention provides enhancing stability of covers against effect of petroleum products, acids, bases and gaseous oxides in simultaneous expanding functional possibilities for their using based on increasing the temperature range in applying on surfaces to be protected. Proposed composition is used in building in carrying out works associated with protection of metal, concrete, ferroconcrete and other surfaces against effect of corrosive environment for aims of priming and preparing protective-decorative covers.
Wear-resistant protective polymer compound / 2309966
Proposed compound contains the following components, mass-%: 14-20 of epoxy diane resin used as binder; 24-28 of aminophenol hardener; 80-86 of resin - oxyline-5 or oxyline-6 used as modifying agent; 5-10 of aerosil used as fine-grained filler; 50-60 of mixture of graphite and molybdenum disulfide used as anticorrosive filler at mass ratio of graphite to molybdenum disulfide equal to 4:1 and solvent for obtaining the working viscosity. Proposed compound makes it possible to obtain tensile strength of 10.5-19.2 Mpa, relative elongation at rupture of 30.8-40.2 and friction coefficient in metal (Ct3) of 0.048-0.074 at 30C and 0.028-0.042 at 70C.
Polymeric protective barrier coating / 2306325
Invention provides composition for producing polymeric protective coatings on various surfaces, including metal, concrete surfaces, structural members of conduits, metal units and assemblies in different technical areas, said coatings serving as barriers against attacks of various-type corrosive media. Composition contains following components, wt %: epoxide dian resin, 33.5-41.0; dibutyl phthalate and/or aliphatic epoxide resin DEG-1, 2.5-10.0; polyethylene-polyamine hardener, 4.0-6.5; plate filler in the form of andesite basalt scales with scale thickness 0.2 to 7.0 μm, 42.5-50.0, and, if necessary, Aerosil, 0-6.0, and/or organic solvent, 0-17.5.
Anti-corrosion water-dispersion primer-enamel paint / 2305693
Proposed primer-enamel paint includes the following components, mass-%: 40.0-60.0 of epoxy diane resin,; 5.0-15.0 of 50-% polyvinyl acetate dispersion and 0.2-2.0 of synthetic oligopiperylene rubber used as film-forming agents, 0.03-0.1 of polyoxyethylene alkyl phenol ester used as surfactant; 2.0-5.0 of chromium (III) oxide, as well as 2.0-5.0 of aluminum hydroxide and 2.0-5.0 of cardinal red used as anti-corrosion pigments, 8.0-12.0 of polyethylene polyamine used as hardening agent, 0.3-0.7 of dibutyl phthalate used as plasticizing agent, 1.0-10.0 of butyl cellosolve used as cosolvent, 0.01-1.0 of orhto-phosphoric acid used as modifying additive, water, up to 100.
Method of protection and reduction of the corroded metallic surfaces / 2304601
The invention is pertaining to the method of protection and recovery of the corroded metallic surfaces working in conditions of the abrasive wear, action of the aggressive mediums, for example, at transportation of the fertilizers, in the heat and power industry, chemical industry and the extractive industry at the repairs of the rust through equipment. The method provides, that at first they apply on the metallic surface of the priming coating based on the composition containing the following components (in mass. %): 20.0-30.0 - the epoxy dian resin with the epoxy reacting weight of 450-500, the curing agent, 12.0-25.0 - pigments, 12.0-25.0 - fillers, 20.0-30.0 - polyamide curing agent Versamid 115, the rest - organic solvents, with the subsequent drying "up to detachment". After that they apply the second insulating layer having the following composition (in mass %): 20.0-35.0 - of the epoxy dian resin with the epoxy reacting weight of 450-500, 5.0-10.0 - pigments, 5.0-12.0 -fillers, 20.0-35.0 - polyamide curing agents Versamid 115, 10.0-30.0 - micaceous iron oxides, the rest - the organic dissolvents, with the subsequent "up to detachment". After that they apply the third outer layer from the composition containing the following components (in mass %): 20.0-40.0 - the acrylic or polyester hydroxyl-containing resin used as the binder, 10.0-20.0 - pigments, 5.0-10.0 - fillers, 11.0-22.0 - the curing agent - aliphatic polyisocyanate, 0.1-0.5 - the organically modified polysiloxane, the rest - the organic solvents, further the product is dried up to the complete solidification. The invention allows to increase the corrosion resistance of the coating.
Powder material for making coats and functional coat for protracted operation at high working temperatures / 2303616
Proposed powder material contains the following components: from 40 to 65 mass-% of at least one solid epoxy resin which is semi-functional relative to thermal cross-linking by epoxy groups at equivalent mass of epoxide from 380 to 420 g/eq and ICI viscosity of melt at 150C from 2800 to 5000 mPa·s and softening temperature from 95 to 105C (A); from 15 to 35 mass-% of at least one solid linear epoxy resin on base of bisphenol A , AD and/or F whose functionality relative to thermal cross-linking by epoxy groups is equal to 2 maximum; from 15 to 30 mass-% of inorganic filler (b) and from 1 to 10 mass-% of at least one hardener. Powder material is applied on metal bases and are thermally cross-linked or hardened.
 Expoxy-woody composite / 2288929
Invention relates to preparing epoxy-woody composition. The composition comprises the following content of components, mas. p. p.: epoxy-diane resin ED-20, 100; polyethylenepolyamine as an amine hardening agent, 10; plasticizing agent, 15; rubber crumbs as waste in rubber-technical manufacture, 125, and pone saw-dust as filling agents, 62.5. As a plasticizer agent the invention uses mother epoxy resin representing waste in manufacture of epoxy resins. Invention provides enhancing water-resisting properties and to obtain the composition preventing evolving free phenol from splint-slab plate and possessing high exploitation properties. Invention is used as a water-resistant cover for woody plates and splint-slab plates and for reconstruction of defected member sites of woody constructions.
Water-resistant epoxy composition / 2285709
Claimed composition contains (mass pts): law molecular epoxydianic oligomer with molecular mass of 400-700 and epoxy number of 11-21 - 100; fluorine-containing epoxy oligomer based on 2,2-bis-(p-oxyphenyl)-hexafluoropropane diepohypropyl ester with molecular mass of 650 and epoxy number of 15 - 5-10; triethylenetetramine as amine curing agent - 13.6. Law molecular epoxydianic oligomer is used in form of 50 mass % solution in mixture of ethylcellosolve with xylene taken in ratio of 1:7. Fluorine-containing epoxy oligomer is used in form of 50 mass % solution in mixture of ethylcellosolve with xylene taken in ratio of 1:7.
Composition for applying anticorrosive coating / 2284342
Invention relates to preparation of composition to protect against corrosion basic structural materials used utilized in oil and gas storage tanks, pipelines, and bridge constructions. Composition contains, wt %: polymeric film-forming substance 46-58, naturally occurring fine-scale α-ferrous oxide variety 12-30, organosilicon hardener 12-17, thiocol 7-10, and synthetic silica (Aerosil A-175). Polymeric film-forming substance is solution of epoxide resin E-41 in xylene and acetone. Naturally occurring fine-scale α-ferrous oxide variety is specularite originated from Altai deposit "Rudny Log" with contents of silica, alumina, magnesium oxide, and calcium oxide no higher than 2,5, 1.8, 0.2, and 0.3, respectively, and 85-95% α-ferrous oxide (Fe2O3). Fractional composition of specularite: fraction above 70 μm up to 2%, below 40 μm up to 3% and 40-70 μm - the balance. Organosilicon hardener is an organosilicon amine derivative.
Composition for anticorrosion coating / 2283331
Claimed composition contains (mass %): polymeric film-forming substance 40-52; natural fine-grain iron alpha-oxide 11-27; organosilicon curing agent 1`2-17; thiocol 7-10; synthetic silica 3-5; strontium chromate 7-9. Solution of epoxy resin in xylene and acetone is used as polymeric film-forming substance. Natural fine-grain iron alpha-oxide contains (mass %): silica, aluminum oxide, magnesium oxide, and calcium oxide not more than 2.5; 1.8, 0.2, and 0.3, respectively and Fe2O3 85-95 %. As organosilicon curing agent organosilicon amine derivatives are used.
Binding composition for impregnation of reinforcing material at armouring of solid propellant charges by winding method / 2310668
Offered is a binding composition containing epoxydianil resin with molecular mass 390-430, expoxydianil resin with molecular mass 480-540, epoxydianil resin, product of condensation of trimethylpropane with epilchlorohydrin, isomethyltetrahydrophtal anhydride. Solidified composition of the binder with a high heat resistance (up to 145 C) is obtained.
|
FIELD: varnish-and-paint industry. SUBSTANCE: invention relates to lacquer composition useful in surface, undersurface, and hydroengineering construction, e.g. to protect steel, concrete, and reinforced concrete surfaces. Composition consists of base including 40-70% epoxide dian resin modified with coal-tar resin, preferably with liptobiolytic resin preliminarily stabilized with hexamethylenetetramine, pigments, water-soluble solvent having solvation capacity not lesser than that of water in amount of 10-30% of the weight of base, and amine-type hardener. Pigments are selected from red lead, carbon white, and aluminum powder. If necessary, composition further contains talk and/or quartz sand as extender in amounts up to 30% of the weight of base. EFFECT: increased resistance against acids, alkalis, and sea water. 3 tbl, 17 ex
The invention relates to waterproofing materials and can be used in surface, underground and hydraulic engineering, for example, for waterproofing and corrosion protection of steel, concrete and reinforced concrete surfaces. Known paint composition comprising an epoxy, melamine-formaldehyde and coal tar, pigments, fillers, curing agent and solvent and hardener (see A.S. USSR №306154, CL 09D 3/48, 1971). However, the paint composition has no resistance under the action of acidic corrosive environments. In addition, there is provided a coating on the wetted surface. Also known paint composition, comprising the basis of epoxy Dianova resin which is modified coal tar, pre-stabilized hexamethylenetetramine, solvent, filler and curing agent (see U.S. Pat. Of the Russian Federation No. 1624989, CL C09D 5/08, C09D 163/02, 1996). However, the paint composition does not provide the possibility of its application to a damp surface or the surface under the water. The task, which directed the claimed solution is to enable the coating composition on the wetted surface or the surface under the water. Technical R is the result, achieved when the task is providing the possibility of formation of waterproofing and corrosion protection of metal and concrete surfaces of the port facilities, ship structures, to protect them from acids, alkalis, and salt water, as well as the repair works directly on site without dismantling of buildings or parts thereof). The problem is solved in that the paint composition consisting of bases, including 40-70 % by weight of the basics epoxy Dianova resin modified coal, preferably liftability, resin, pre-stabilized hexamethylenetetramine, red iron oxide, and/or white carbon and/or aluminum powder as the pigment is a water-soluble solvent, Salvaterra capacity of not less than that of water, in an amount of from 10 to 30 % by weight of the base, if necessary, talc and/or silica sand as a filler in an amount up to 30 % by weight of the base and hardener amine type. Comparative analysis of the characteristics of the claimed solution with the characteristics of the prototype and analogues demonstrates compliance of the claimed solution to the criterion "novelty". Signs of a distinctive part of the formula of the invention provide a solution to complex functional tasks to ensure the solution of the invention, providing opportunities coating composition on the wetted surface or the surface under the water. Table 2 and table 3 contain examples of variations of the formulations and the corresponding variations of the properties of the composition, which is the basis for the substantiation of the structure of the paint composition. For the preparation of foundations used: - low molecular weight Dianova epoxy resin ED-20, E-16, e-40 with molm 400-800, the epoxy resin according to GOST 10587; - coal tar liftability on THE 14-7-100 obtained by coking liftability coal and has the following characteristics: density at 20±2°C, g/cm31,02-1.1 refractive index 1,588±0,002; group composition (% by weight), phenols 8-18, paraffins and olefins 4-12, neutral oxygen compounds 20-30; carboxylic acid 1-2; pyridine bases 1-3; aromatic hydrocarbons 22-34); - hexamethylenetetramine complies with the norms SanPiN 2.3.2.560 - 96; the pigment is red iron oxide according to GOST 8135. As a hardener for the manufacture of a composition is applied Triethylenetetramine on THE 6-02-1099-77. Hardener take in the amount of 3.3 to 8.2 parts by weight per 100 parts by weight of base. As a solvent for the manufacture of a composition applied water-soluble solvents, Salvaterra capacity not less than that in the s, for example dimethylformamide (DMF) according to GOST 20-289-74 or dimethylsulfoxide (DMSO) according to GOST 46-09-38-18-77 or Diisopropylamine. The composition is prepared and used as follows. When preparing and using the paint composition must meet the known range of security measures. The components for the composition is prepared as follows. Stabilize liftability coal tar, adding hexamethylenetetramine in effective amounts (for its weight ). When interacting liftability coal tar with hexamethylenetetramine, which is the donor and methylene amine groups are formed oligomers of type alkylphthalimide and alkylphenolic resins (which reduces the number of free phenols), as well as other compounds of unknown structure, which causes corrosion properties, transform, corrosion products, away from the protected surface water and hydrophobizing the surface of the coating film after curing. The basis of the composition obtained by mixing epoxy Dianova resin and stable liftability coal tar in the stated proportions. Filler and pigments also enter the basis, then the mass of the fray in a ball mill until the degree of dispersion of 40-50 μm on the wedge (GOST 659-57). Iron oxide red, in addition to dyeing compositions, while "works" and as a "filler" songs, and as a solid filler interaction which occurs with the active functional groups of phenols liftability resin. The reaction due to the presence of highly polar hydroxyl groups in the phenol. In reaction formation reaction, in which further catalysts in the polymerization of epoxy-liftability system. As a filler role rigid reinforcement in utverzhdenii epoxy-liftability system, use quartz sand, which is the high modulus filler. When deformation of the filled epoxy-liftability system sand, little deformed because its modulus of elasticity is thousands of times greater than that of the polymer matrix, therefore, the deformation of the material of the composition is effected by deformation of the polymer matrix. To facilitate dispersion and decrease the duration of the basis add up to 30% by weight of the basics of water-soluble solvent, Salvaterra capacity of not less than that of water (for example, dimethylformamide, or dimethylsulfoxide, or diisopropylamino). The finished base paint composition Packed in metal sealed eat the spine according to GOST 9980.3. Hardener for her (Triethylenetetramine) is placed on THE 6-02-1099. Capacity components of the paint composition is stored in areas protected from direct sunlight, with temperatures from 5 to 35°C. Warranty period of storage of the basis set 6 months from date of manufacture. When using the bases after the warranty period of storage before using it you need to spend quality control. Warranty period of storage of the curing agent is determined by THE 6-02-1099. To obtain a paint composition of the mixed base and hardener (curing agent in the range of 8-20% by weight of epoxy resin, and the higher the share of such resins in relation to coal tar, the higher should be the content of the curing agent in the composition). The composition is diluted (if necessary) a water-soluble solvent (Salvaterra capacity of not less than that of water) to working viscosity by viscometer VZ-1 at 20±5°C. the Amount of solvent should not exceed 30% by weight of the composition. The paint composition is applied to protect the surface by hand with a brush or roller at ambient temperature from 5 to 60°C. When the metal surfaces must be cleaned to the degree 2 according to GOST 9.402 and concrete debtor is advised to have a roughness class of 3, surface porosity of up to 10% on SNiP 3.04.03. Warranty period of storage of finished paint composition is 4 hours from the date of manufacture. A protective coating formed on the basis of the declared paint composition complies with the standards and requirements listed in table 1.
The composition can be applied in marine and fresh water at its temperature of not less than 5°and able to dry in water (at a temperature of not lower than 5° (C) with the formation of a hard coating. Formed in the water floor is not inferior in their properties to the coatings obtained on the air. The service life of the coating deposited on the surface to be protected, operated under water, consisting of a declared paint composition thickness of 300-350 μm is not less than 7 years. The service life of the coating consisting of a primer layer and the coating composition with a thickness of 250-350 μm, deposited on the surface to be protected operating the I in the ground, is not less than 5 years. td align="center" namest="c19" nameend="c21"> -
Paint composition comprising the C framework containing 40-70% by weight of the basics epoxy Dianova resin modified coal, preferably liftability, resin, pre-stabilized hexamethylenetetramine, red iron oxide, and/or white carbon and/or aluminum powder as the pigment, a water-soluble solvent, Salvaterra capacity of not less than that of water, in an amount of from 10 to 30% by weight of the base, if necessary, talc and/or silica sand as a filler in an amount up to 30% by weight of the base and hardener amine type.
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||