Doping frit suitable for producing electrically-conducting ceramic enamels, process for producing thereof, method of obtaining vitrifiable anti-electrostatic enamel and ceramic product

Dotovací frita, vhodná pro výrobu vodivých keramických smaltu, je složena ze 45 až 65 % hmotnostních SiO.sub.2.n. vzhledem k celku, a 55 až 35 % hmotnostních smesi oxidu, pricemž obsahuje alespon oxid dvojmocného prvku v pomeru hmotnostním, ležícím mezi 3 a 35 % hmotnostními, alespon oxid trojmocnéh...

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Hauptverfasser: NEBOT APARICI ANTONIO, CARDA CASTELLO JUAN B
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CARDA CASTELLO JUAN B
description Dotovací frita, vhodná pro výrobu vodivých keramických smaltu, je složena ze 45 až 65 % hmotnostních SiO.sub.2.n. vzhledem k celku, a 55 až 35 % hmotnostních smesi oxidu, pricemž obsahuje alespon oxid dvojmocného prvku v pomeru hmotnostním, ležícím mezi 3 a 35 % hmotnostními, alespon oxid trojmocného prvku v pomeru hmotnostním, ležícím mezi 3 a 25 % hmotnostními, a oxid dotovacího prvku, vybraný ze skupiny, kterou tvorí Li.sub.2.n.O, CuO, Sb.sub.2.n.O.sub.3.n., Sb.sub.2.n.O.sub.5.n., Bi.sub.2.n.O.sub.3.n., V.sub.2.n.O.sub.3.n., V.sub.2.n.O.sub.5.n. a jejich smesi, v pomeru hmotnostním, ležícím mezi 0,1 a 5 %. Vynález se rovnež týká zpusobu výroby této dotovací frity, zpusob získávání zeskelnovatelného antielektrostatického smaltu a príslušného keramického výrobku. In the present invention, there is disclosed a doping frit suitable for producing electrically-conducting ceramic enamels containing 45 to 65 percent by weight of SiOi2 based on the doping frit total weight, and 55 to 35 percent by weight of a mixture of oxides that comprises: at least, an oxide of a divalent element, in a proportion, by weight, lying between 3 and 35 percent by weight; at least, an oxide of a trivalent element in a proportion, by weight, lying between 3 and 25 percent by weight; and an oxide of a doping element being selected from the group consisting of Lii2O, CuO, Sbi2Oi3, Sbi2Oi5, Bii2Oi3, Vi2Oi3, Vi2Oi5, and mixtures thereof, in a proportion, by weight, lying between 0.1 and 5 percent by weight. There is also disclosed a process for preparing the above-described doping frit, further a method of obtaining vitrifiable anti-electrostatic enamel and a corresponding ceramic product.
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Vynález se rovnež týká zpusobu výroby této dotovací frity, zpusob získávání zeskelnovatelného antielektrostatického smaltu a príslušného keramického výrobku. In the present invention, there is disclosed a doping frit suitable for producing electrically-conducting ceramic enamels containing 45 to 65 percent by weight of SiOi2 based on the doping frit total weight, and 55 to 35 percent by weight of a mixture of oxides that comprises: at least, an oxide of a divalent element, in a proportion, by weight, lying between 3 and 35 percent by weight; at least, an oxide of a trivalent element in a proportion, by weight, lying between 3 and 25 percent by weight; and an oxide of a doping element being selected from the group consisting of Lii2O, CuO, Sbi2Oi3, Sbi2Oi5, Bii2Oi3, Vi2Oi3, Vi2Oi5, and mixtures thereof, in a proportion, by weight, lying between 0.1 and 5 percent by weight. 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Vynález se rovnež týká zpusobu výroby této dotovací frity, zpusob získávání zeskelnovatelného antielektrostatického smaltu a príslušného keramického výrobku. In the present invention, there is disclosed a doping frit suitable for producing electrically-conducting ceramic enamels containing 45 to 65 percent by weight of SiOi2 based on the doping frit total weight, and 55 to 35 percent by weight of a mixture of oxides that comprises: at least, an oxide of a divalent element, in a proportion, by weight, lying between 3 and 35 percent by weight; at least, an oxide of a trivalent element in a proportion, by weight, lying between 3 and 25 percent by weight; and an oxide of a doping element being selected from the group consisting of Lii2O, CuO, Sbi2Oi3, Sbi2Oi5, Bii2Oi3, Vi2Oi3, Vi2Oi5, and mixtures thereof, in a proportion, by weight, lying between 0.1 and 5 percent by weight. 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Vynález se rovnež týká zpusobu výroby této dotovací frity, zpusob získávání zeskelnovatelného antielektrostatického smaltu a príslušného keramického výrobku. In the present invention, there is disclosed a doping frit suitable for producing electrically-conducting ceramic enamels containing 45 to 65 percent by weight of SiOi2 based on the doping frit total weight, and 55 to 35 percent by weight of a mixture of oxides that comprises: at least, an oxide of a divalent element, in a proportion, by weight, lying between 3 and 35 percent by weight; at least, an oxide of a trivalent element in a proportion, by weight, lying between 3 and 25 percent by weight; and an oxide of a doping element being selected from the group consisting of Lii2O, CuO, Sbi2Oi3, Sbi2Oi5, Bii2Oi3, Vi2Oi3, Vi2Oi5, and mixtures thereof, in a proportion, by weight, lying between 0.1 and 5 percent by weight. There is also disclosed a process for preparing the above-described doping frit, further a method of obtaining vitrifiable anti-electrostatic enamel and a corresponding ceramic product.</abstract><oa>free_for_read</oa></addata></record>
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subjects ARTIFICIAL STONE
BASIC ELECTRIC ELEMENTS
CABLES
CEMENTS
CERAMICS
CHEMICAL COMPOSITION OF GLASSES, GLAZES, OR VITREOUSENAMELS
CHEMISTRY
COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDINGMATERIALS
CONCRETE
CONDUCTORS
ELECTRIC SOLID STATE DEVICES NOT OTHERWISE PROVIDED FOR
ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
ELECTRICITY
GLASS
INSULATORS
JOINING GLASS TO GLASS OR OTHER MATERIALS
LIME, MAGNESIA
METALLURGY
MINERAL OR SLAG WOOL
NATURALLY-OCCURRING ELECTRICITY
REFRACTORIES
SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING ORDIELECTRIC PROPERTIES
SEMICONDUCTOR DEVICES
SLAG
STATIC ELECTRICITY
SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS,MINERALS OR SLAGS
SURFACE TREATMENT OF GLASS
TREATMENT OF NATURAL STONE
title Doping frit suitable for producing electrically-conducting ceramic enamels, process for producing thereof, method of obtaining vitrifiable anti-electrostatic enamel and ceramic product
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