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IPC classes for russian patent Tile glaze (RU 2508278):
Another patents in same IPC classes:
Glaze composition / 2508277
Glaze composition contains the following components, wt %: quartz sand 60.0-62.0; borax 7.0-9.0; potash 4.0-5.0; zirconium dioxide 6.0-7.0; diamond beneficiation wastes in amount of 19.0-21.0, characterised by the following mineral composition, wt %: serpentine 70.0; calcite 2.0; dolomite 28.
Brick glaze / 2507184
Invention relates to compositions of glazes for application on ceramic brick. Brick glaze includes the following components, wt, p.: chalk 3-4; litharge 40-45; pyrolusite 3-4; quartz sand 32-34; gaize 15-20.
Glaze charge composition / 2507183
Invention relates to compositions of glazes for application on ceramic tiles and Dutch tiles. Glaze charge contains the following components, wt %: quartz sand - 76.0-77.0; dolomite - 3.0-4.0; borax - 9.0-11.0; alumina - 3.0-4.0; chalk - 1.0-2.0; potash - 1.0-2.0; zirconium dioxide - 3.0-4.0.
Glaze / 2502712
Glaze contains the following components, pts.wt: quartz sand 3-4; yellow lead 3-4; brick powder 3-4; gaize 3-4.
Glazing for ornamented tiles / 2500658
Glazing contains the following components, wt %: yellow lead 3-4, quartz sand 5-6; kaolin 0.1-0.5; cobalt oxide 0.1-0.5; bone ash 3-4.
 Method of producing wollastonite ceramic pigments based on dicalcium silicates / 2498967
Method involves fast water cooling of a gel calcined at 1050-1100°C, said gel being obtained by concentrated hydrochloric acid treatment of a mixture of finely ground wastes - dicalcium silicate (nephelene sludge) (63.0-70.4 wt %), silicon oxide (22.0-24.6 wt %) and chromophore (5.0-15.0 wt % with respect to the oxide). Obtained pigments are stable in the 650-850°C temperature range and can be used to produce overglaze paints and low-melting glazes.
Brick glaze / 2498966
Brick glaze contains the following, pts.wt: clay 1-2; chalk 1-2; yellow lead 30-36; pyrolusite1-2; zircon 20-26; potash 6-8. A glaze suspension with moisture content of 45-47% is prepared. The suspension is deposited in form of a thin layer on the surface of the formed brick, which is dried to moisture content of 2-5%, dried and sent for firing at temperature of 950-1050°C.
Method of producing protective-decorative coatings on wall ceramic articles / 2498965
Method of producing protective-decorative coatings on wall ceramic articles involves depositing on the front surface of a ceramic article a slurry of quartz sand, which is finely ground using superplasticiser MB-1 in amount of 0.8-1.0%, plasma melting of said front surface with a plasma jet lying horizontal to the front surface at a distance of 5-8 mm. The plasmatron has operating power of 9.5 kW and the plasma jet moves on the front surface at a speed of 0.30 m/s. Quality of the finished articles is inspected after treatment with the plasma jet.
Engobe / 2495005
Invention relates to engobed ceramic construction materials. The engobe contains the following components, wt %: white-burning clay - 54.0-58.0; quartz sand - 5.0-7.0; scrap glass - 10.0-14.0; ferrochrome slag - 25.0-27.0.
Engobe / 2494082
Invention relates to engobe compositions which can be used in making household ceramic articles (dishes, casks, jars, racks etc). The engobe contains, wt %: clay 68.3-77.0; ground scrap sheet window glass 5.0-7.0; a colouring additive 0.5-9.0; glycerol 0.3-0.7; zircon 3.0-4.0; bone ash 11.0-13.0. Components of the mixture are mixed and glycerol is added. Moisture content of the engobe should be 35-50%. The engobe is applied onto the surface of moulded ceramic articles and fired. The engobe has heat resistance of 190-210°C.
 / 2264367
 / 2285683
 / 2302383
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FIELD: chemistry.
SUBSTANCE: tile glaze contains the following components, pts.wt: yellow lead 3-3.5; quartz sand 4-4.5; kaolin 0.5-1; cobalt oxide 0.5-1; gaize 2-3.
EFFECT: high heat resistance of the glaze.
1 tbl
The invention relates to the field of technology of silicates.
Known icing for tiles, including parts: lead litharge 6; quartz sand 3; kaolin 1; cobalt oxide 1 [1].
The objective of the invention is to increase the heat resistance of the glaze.
The technical result is achieved by the fact that the glaze for ceramic tiles, including lead litharge, quartz sand, kaolin, cobalt oxide, further comprises the mold in the following ratio of components, parts: lead litharge 3-3,5; quartz sand 4-4,5; kaolin 0.5 to 1; oxide of cobalt, 0.5 to 1; flask 2-3.
The glaze was obtained as follows.
Prepare and dispense components, for example, in accordance with any selected composition (see table).
| Table |
| Components |
Formulations parts |
|
1 |
2 |
| lead litharge |
3 |
3,5 |
| sand quartz |
4 |
4,5 |
| kaolin |
1 |
0,5 |
| the cobalt oxide is |
1 |
0,5 |
| flask |
2 |
3 |
| Temperature resistant glaze, loops |
~10 |
~10 |
|
|
The components are crushed to obtain powder, sieved through sieve No. 063 and mix in the required amount. The prepared mixture is melted at a temperature of 1400°C. the Melt granularit in water, grind to a complete pass through the mesh 0056 prepare the glaze slurry with a moisture content of 45-50%. The suspension is applied as a thin layer on the surface of the fired tiles and fired again at a temperature of 1000-1050°C.
The source of information
1. Hecht, Ceramics. - L.-M.: editorial chemical literature, 1938. - s.
Glaze for ceramic tiles, including lead litharge, quartz sand, kaolin, cobalt oxide, characterized in that it further comprises the mold in the following ratio of components, parts: lead litharge 3-3,5; quartz sand 4-4,5; kaolin 0.5 to 1; oxide of cobalt, 0.5 to 1; flask 2-3.
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