Slip for obtainment of glaze coating |
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IPC classes for russian patent Slip for obtainment of glaze coating (RU 2346900):
Lustreless-black tile glaze / 2345974
Present invention pertains to industrial construction materials and compositions of glazes used on ceramic tiles. The lustreless-black tile glaze contains clay, quartz sand, chalk, iron oxide, pyrolusite, and borax with the following ratio of components: clay 40-50; quartz sand 8-10; chalk 2-3; iron oxide 4-6; pyrolusite 4-6; borax 27-33.
Method of decorative filler manufacturing / 2345054
Invention relates to field of fillermanufacturing, in particular, clayite gravel, and can be used in construction, community facilities, decorative and applied arts. Method of decorative filler manufacturing includes preparation of clay mass, its moisturising, granule formation, application of formed granules of sodium chloride onto surface, their drying , burning and cooling. Sodium chloride consumption constitutes 0.2-0.7 wt % granule. Granules are dried to moisture content 6-11%.
Glaze / 2344111
Application: for facing tile industry. Glaze is composed as follows, wt %: SiO2 40.0-44.0; Al2O3 1.0-2.0; B2O3 10.0-15.0; CaO 15.0-18.0; MgO 3.0-5.0; K2O 1.0-2.0; CuO 1.0-2.0; Cr2O3 1.0-2.0; ZrO2 10.0-15.0; BaO 1.0-2.0; Sb2O3 0.5-1.0; TiO2 3.0-5.0.
Mixture for hydrochloric glazing / 2343136
Mixture for hydrochloric glazing includes sodium chloride, boric acid and potassium chloride, with following ratio of components, wt %: boric acid - 7-9; sodium chloride - 82-86; potassium chloride - 7-9.
Mixture for hydrochloric glazing / 2343135
Mixture for hydrochloric glazing includes sodium chloride, boric acid and borax, in following ratio of components, wt %: boric acid - 10-15; borax - 10-15; sodium chloride - 70-80. Mixture for hydrochloric glazing can additionally contain calcium borate in amount 5-10 wt %.
Mixture for hydrochloric glazing / 2343134
Mixture for hydrochloric glazing includes sodium chloride, boric acid and sodium hydrocarbonate, with following ratio of components, wt %: boric acid - 6-9; sodium hydrocarbonate - 6-9; sodium chloride - 82-88.
Glazing / 2341502
Glazing contains crushed natural material, glass and frit meting at 600-950°C. Wastes of rock crystal and/or amethyst and/or rauh-topaz and/or morion and/or citrine are used as natural mineral material. Components are in the following ratio, wt %: glass or frit 10-90; treatment wastes 10-90.
Glazing / 2341501
Glazing contains milled natural barite and granulated phosphoric acid slug. Components are at the following ratio, wt %: milled natural barite 15-25; granulated phosphoric acid slug 75-85.
Matt black tiled glazing / 2341500
Matt-black tiled glazing contains clay, quartz sand, chalk stone, iron oxide, marganese black and granulated phosphoric acid slug. Components are at the following ratio, weight parts: clay 40-50; quartz sand 3-4, chalk stone 2-3; iron oxide 8-10; marganese black 4-6; granulated phosphoric acid slug 29-41.
Frit-free glazing / 2341499
Frit-free glazing includes scraps of window and/or container glass, kaoline, calcinated soda and granulated phosphoric acid slug. Components are at the following ratio, wt %: scraps of window and/or container glass 70-80; kaoline 2-3; calcinated soda 2-3; granulated phosphoric acid slug 15-25.
Mixture for making glaze / 2341471
Proposed mixture for making glaze consists of crushed window and/or container glass, kaolin and titanium slag. The components have the following ratio, in wt %: crushed window and/or container glass 65-75; kaolin 2-4; titanium slag 21-33.
 Colored glaze / 2243173
The invention relates to methods of producing colored glaze, used in production of decorative, utilitarian and economic purposes
 The powder mixture to obtain metal-ceramic coating / 2170714
The invention relates to the creation of defenses of Nickel-based alloys from exposure to aggressive environments, in particular to metal-ceramic coatings used to protect structures of power plants
Enamel slip / 2343124
Enamel slip contains following components, wt %: frit - 100.0; clay - 1.0-2.0; burnt borax - 0.5-1.0; molybdenum-acid ammonium 0.05-0.15; calcium borate 1.0-2.0; barium carbonate 1.0-2.0; water - 45.0-50.0; Frit contains, wt %: SiO2 - 63.0-65.0; Al2O3 - 1.0-2.0; K2O - 3.0-5.0; B2O3 - 10.0-15.0; TiO2 - 3.0-5.0; CaF2 - 10.0-15.0; Co2O3 - 1.0-2.0.
 Enamel slip / 2323904
Invention relates to enamel slip compositions. Enamel slip composition, wt.%: frit - 100.0; borax - 1.0-2.0; ammonium molybdate - 0.05-0.15; water - 40.0-50.0; chrome magnesite - 0.3-0.5; clay - 0.3-0.5; powdered microcrystalline cellulose - 0.1-0.3; aluminium chloride - 0.3-0.5; arsenic oxide - 0.3-0.5; antimonic oxide - 0.1-0.2; sodium tripolyphosphate - 0.3-0.5. Frit components, wt.%: SiO2 - 60.0-64.0; Al2O3 - 1.0-3.0; Na2O - 3.0-7.0; B2O3 - 12.0-17.0; TiO2 - 1.0-3.0; MnO2 - 1.0-3.0; CoO - 1.0-3.0; ZnO - 8.0-10.0; CaO - 1.0-2.0.
Enamel slip / 2314270
Proposed enamel slip contains the following components, mass-%: frit, 100.0; clay, 0.5-1.0; water, 46.0-50.0; ammonium anhydride, 0.3-0.5; sodium tripolyphosphate, 0.3-0.5; soda, 3.0-4.0. Frit contains the following components, mass-%: SiO2, 40.0-45.0; B2O3,20.0-25.0; Al2O3, 2.0-4.0; Na2O, 10.0-15.0; MgO, 2.0-4.0; CoO, 0.5-1.5; SrO, 10.0-15.0; PbO, 2.5-3.5.
Heat sitallovye nichrome coating for steels and alloys / 2209787
The invention relates to the field of synthesis of heat-resistant coatings to protect nichrome steels and alloys
 Glaze the slip / 2191763
The slip to obtain a heat-resistant sitallovye cover / 2183598
The invention relates to the field of synthesis of heat-resistant coatings to protect nichrome alloys from a gas corrosion, in particular baking tool
 The method of obtaining the enamel coating / 2154036
The invention relates to the technology of silicate enameling and can be used for coating on steel parts products household products such as washing machines, gas stoves, microwave ovens, cookware and t
 The enamel slip for direct-on cover / 2116271
The invention relates to the manufacture of enamel coatings and can be used to protect metal surfaces from corrosion in the manufacture of steel water-, gas - and oil-tubes, with the enameling of sheet gaskets rotary regenerative air heater steam boilers, chemical and gas equipment and fittings thereto, containers and other products operating in aggressive environments
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FIELD: chemistry. SUBSTANCE: invention can be applied in manufacturing of porcelain and faience goods. Glaze slip includes components at the following ratio, wt %: frit 100.0; clay 0.5-1.5; zircon 4.0-5.0; water 40.0-50.0; silica gel 4.0-5.0; barium carbonate 0.7-1.7; sodium chloride 0.1-0.2; sodium tripolyphosphate 0.1-0.2; calcium borate 3.0-4.0. Frit has the following composition, wt %: SiO2 47.0-50.0; ZrO2 4.0-8.0; B2O3 18.0-22.0; MgO 2.0-4.0; K2O 2.8-3.8; F' 0.1-0.2; TiO2 8.0-10.0; BaO 2.0-4.0; ZnO 4.0-8.0. EFFECT: enhanced thermal stability and shine of glaze coating. 2 cl, 1 tbl
The invention relates to the field of technology of silicates, namely the composition of the slurry to obtain a glaze coating used in the manufacture of porcelain, earthenware. Known slip to obtain a glaze coating comprising a Frit, clay, water /1/. Known slip to obtain a glaze coating containing, in wt.%: the Frit 100,0; clay 8,0-10,0; zircon 2,0-4,0; water 40,0-45,0; Krempel 5,0-10,0 /2/. The purpose of the invention is the improvement of heat resistance and gloss glaze coating. The objective is achieved by the fact that the composition of the slurry, containing the Frit, clay, Zirconia, water, Krempel, impose additional carbon dioxide barium, sodium chloride, sodium tripolyphosphate, calcium borate in the following ratio, wt.%: the Frit 100,0; clay 0.5 to 1.5; zircon 4,0-5,0; water 40,0-50,0; Krempel 4,0-5,0; barium carbonate 0,7-1,7; sodium chloride 0.1 to 0.2; sodium tripolyphosphate 0,1-0,2; borate of calcium 3,0-4,0. The table shows the composition of the slip.
The Frit glaze of one of the trains /1 composition: SiO247,0; ZrO28,0; B2O318,0; MgO 4,0; K2O 2,8; F' 0,2; TiO210,0; BaO 2,0; ZnO 8,0; 2nd composition: SiO248,0; ZrO28,0; B2O320,0; MgO 3,5; K2O 2,9; F' 0,1; TiO28,0; BaO 3,0; ZnO 6,0; 3rd composition: SiO250,0; ZrO24,0; B2O322, 0mm; MgO 2,0; K2O 3,8; F' 0,2; TiO210,0; BaO 4,0; ZnO 4,0/ cook at 1300°followed by granulation in water. The Frit with the addition of clay, zircon, water, silica gel, barium carbonate, sodium chloride, sodium tripolyphosphate, calcium borate grind until the residue is not more than 0.2% on mesh No. 005. The obtained slurry is applied onto the surface of the products and calcined at 1000°in an oxidizing atmosphere. Temperature resistant glaze coating shall be not less than 12 thermal cycles, gloss 85%. Sources of information 1. Berdichevsky, I.M. and al Reference mA the tera-farvorite. - M.: Legprombytizdat, 1992. - P.60. 2. USSR author's certificate No. 1000432, SS 9/00, 1983. 1. The slip to obtain a glaze coating containing the Frit, clay, zircon, water, Krempel, characterized in that it further comprises barium carbonate, sodium chloride, sodium tripolyphosphate, calcium borate in the following ratio, wt.%: the Frit 100,0; clay 0.5 to 1.5; zircon 4,0-5,0; water 40,0-50,0; Krempel 4,0-5,0; barium carbonate 0,7-1,7; sodium chloride 0.1 to 0.2; sodium tripolyphosphate 0,1-0,2; borate of calcium 3,0-4,0. 2. The slip to obtain a glaze coating according to claim 1, wherein the Frit has a composition, wt.%: SiO247,0-50,0; ZrO24,0-8,0;2O318,0-22,0; MgO 2,0-4,0; K2O 2,8-3,8; F' 0,1-0,2; TiO28,0-10,0; BaO 2,0-4,0; ZnO 4,0-8,0.
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