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1.
MECHANICAL AND MICROSTRUCTURAL PROPERTIES OF OPAQUE CERAMIC TILES GLAZED WITH SOME INDUSTRIAL WASTES
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(Not-set)
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The primary goal of this research is to determine the mechanical properties of opaque glazed ceramic tiles containing fly ash, tincal waste, and recycled red clay, including to assess if the results meet ...
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2.
Influence of vollastonite on porous structure in ceramic tiles made from non-ferrous metallurgy and power industry waste
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(Utilization of waste)
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Analysis of experimental data obtained by diffuse small-angle X-ray scattering (SMX) shows that wollastonite in ceramic facing tiles, although it increases the total number of pores in size in the range ...
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3.
Ceramic tiles made with phosphorus slags
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(Utilization of waste)
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Compositions, technological parameters of ceramic products for internal lining, obtained using phosphonic slag, refractory and bentonite clays, are given. The chemical and mineralogical composition of ...
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4.
Basalts and granitoid solids as mass constituents for ceramic internal lining tiles
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(Science for ceramic production)
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Basalt and granitoid rocks have been investigated as components of raw materials for producing ceramic tiles for interior wall cladding. The combined introduction of granitoids and basalts contributes ...
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5.
The effect of soapstone and chlorite-tremolite rocks on the phase composition and properties of ceramic tiles
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(Science for ceramic production)
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... of talc and tremolite. These processes, as well as the presence of an amorphous phase enriched in magnesium cations, increase the strength of the ceramic. An additional factor for increasing the strength ...
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6.
Thermomechanical study of ceramic tiles get from technogenic materials
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(Utilization of waste)
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2011, N 4 The presented studies make it possible to judge the deformation-stressed state of ceramic products in different stages of firing and to establish their effect on the thermomechanical properties ...
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7.
Using of tailings of alkali syenite from Elet'ozerskoe deposit for the manufacture of ceramic tile
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(Utilization of waste)
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The influence of the mineralogical composition of alkaline syenite enrichment wastes on the structure and properties of ceramic tiles has been established. The ceramics obtained after firing at a temperature ...
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8.
Moisture induced extension of engobes of ceramic double sintered tiles
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(At the enterprises and institutes)
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The effect of engobe on the moisture expansion of double-fired tiles is shown. An engobe with insignificant moisture expansion was obtained, which improves the operational properties of the tiles. Tab. ...
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9.
Optimization of the ash content (light fraction) in compositions of ceramic tiles
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(Science for ceramic production)
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Using the linear regression method, it was found that the optimal content of light fraction ash in the compositions of ceramic masses for the production of facade tiles from technogenic raw materials without ...
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10.
Moisture expansion of ceramic tiles of double sintering
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(Science for ceramic production)
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The influence of chalk, slag of the Severstal plant and Kachkanar slimes on the moisture expansion of ceramic facing tiles has been investigated. It has been found that chalk reduces moisture expansion ...
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11.
The effect of talcum-chlorite shales on the properties of ceramic tiles
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(Science for ceramic production)
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In order to use fine-fraction talcochlorites to improve the properties of ceramic products, their study was carried out as a thinning additive to clay in the mass of ceramic tiles. The use of talcum chlorite ...
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12.
Ceramic tiles from the onsite polymineral clays
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(Science for ceramic production)
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... method of semi-dry pressing with slip preparation of press powder of ceramic facing tiles for indoor and outdoor work, which meet the requirements of regulatory documents. Tab. 1, ill. 2, bibliography: ...
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13.
Underglaze engobe for ceramic tiles
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(Science for ceramic production)
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The composition of white underglaze engobe based on wastes (after the first firing) of porcelain and faience production for facing tiles with a dark ceramic base has been developed. The application of ...
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14.
Development of engobe composition for ceramic facing tiles
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(Science for ceramic production)
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The dependences of the LTEC of an engobe coating on the LTEC of its constituent components have been investigated. It was found that the TLEC of the contained frit, as well as the amount of sand, has the ...
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15.
Application of electroplating slime to production of ceramic pane tiles
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(Utilization of waste)
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The physical and mechanical properties of sludge from galvanic production have been studied. The possibility of their use as flux in the composition of ceramic masses is shown. Optimal charge compositions ...
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16.
Ceramic tiles made of grained technogenic crude
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(Utilization of waste)
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... to sand grains, reactive activity to their surface, favorable phase composition for sintering and ceramic properties. The effect of the composition, binder content, grain size composition of sand and firing ...
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17.
Production of ceramic tiles using diopside and clay raw materals from Khakasia
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(Science for ceramic production)
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A local species of diopside rock was investigated with the aim of using it in the compositions of ceramic tiles. The peculiarities of sintering and phase formation of ceramics at the combination of diopside ...
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18.
The Use of the Khakass Feldspar Raw Materials in Production of Ceramic Tiles
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(Expansion of the raw material base)
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The use of feldspar rock (orthofira) and feldspar wastes of JSC "Molybdenum" (overburden pegmatites and "tails" obtained after ore processing) in the compositions of ceramic masses has ...
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19.
EXPERIMENTAL DETERMINATION OF THE SPECIFIC ENERGY OF DESTRUCTION OF SILICON CARBIDE-BASED CERAMICS UNDER THE INFLUENCE OF MILLISECOND LASER RADIATION
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(Not-set)
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Experimental studies of the effect of laser radiation with a wavelength of 1.06 ?m on reaction-sintered silicon carbide-based ceramics in the range of power densities corresponding to the mode of advanced ...
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20.
PROSPECTS OF USING CLAYEY RAW MATERIALS OF THE STOLINSKIE KHUTORA DEPOSIT FOR PRODUCING BUILDING CERAMICS
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(Not-set)
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... range of 900…1200 ?. The phase composition of the clay material, as well as the processes occurring upon heating were investigated. It was deter-mined that this clay can be used for producing ceramic bricks, ...
