AbstractThe possibility of natural zeolite utilization as a fluxing agent for sintered ceramic bodies will be determined compared with traditional ceramic flux – feldspar and quartz sand as a grog without fluxing effect. Sintering behaviour as dependence of water absorption of dry pressed test samples made from different fluxes (zeolite, sodium-potassium feldspar) and binder (kaolin) on the firing temperature (1150 – 1300°C) were analysed. Zeolite is very intensive fluxing agent compared with sodium-potassium feldspar. Zeolite with kaolin creates body (after firing) with lower coefficient of linear thermal expansion. Thanks to higher content of ferric oxides is not suitable for whiteware, because the colour of the sintered body is dark (bro...
textThis work examined the effects of thermal and chemical treatments on zeolite reactivity and dete...
NaY zeolite-containing ceramic papers were prepared by a papermaking technique with a dual polyelect...
Porcelain represents the foundation of the ceramic discipline and one of the most complex ceramic ma...
The possibility of natural zeolite utilization as a fluxing agent for sintered ceramic bodies will b...
AbstractThe possibility of natural zeolite utilization as a fluxing agent for sintered ceramic bodie...
Low-cost zeolitic rocks are promising substitutes for feldspathic fluxes in ceramic bodies, since th...
Nowadays, ceramics world has been developing into what the interior, building exterior, industries a...
The ceramic tile industry is a big consumer of feldspathic rocks and further raw materials able to a...
UTILIZATION OF ITALIAN ZEOLITITE IN CERAMIC BODIESThe papers reports a laboratory and industrial stu...
41-45 Zeolitic tuffs, clays from the Istanbul area, rhyolitic-dasitic tuffs from Çanakkale-Tepeköy a...
The use of magnesium silicates as sintering promoters in porcelain stoneware tiles was investigated ...
In this study, the usability of zeolite as a supplementary cementitious material (SCM) due to its hi...
Natural zeolites undergo structural changes after heating which open their possible use in different...
Porcelain stoneware tile is a non-equilibrium porcelain material produced by a fast firing process o...
Zeolites are three-dimensional, microporous, crystalline solids with well-defined structures that co...
textThis work examined the effects of thermal and chemical treatments on zeolite reactivity and dete...
NaY zeolite-containing ceramic papers were prepared by a papermaking technique with a dual polyelect...
Porcelain represents the foundation of the ceramic discipline and one of the most complex ceramic ma...
The possibility of natural zeolite utilization as a fluxing agent for sintered ceramic bodies will b...
AbstractThe possibility of natural zeolite utilization as a fluxing agent for sintered ceramic bodie...
Low-cost zeolitic rocks are promising substitutes for feldspathic fluxes in ceramic bodies, since th...
Nowadays, ceramics world has been developing into what the interior, building exterior, industries a...
The ceramic tile industry is a big consumer of feldspathic rocks and further raw materials able to a...
UTILIZATION OF ITALIAN ZEOLITITE IN CERAMIC BODIESThe papers reports a laboratory and industrial stu...
41-45 Zeolitic tuffs, clays from the Istanbul area, rhyolitic-dasitic tuffs from Çanakkale-Tepeköy a...
The use of magnesium silicates as sintering promoters in porcelain stoneware tiles was investigated ...
In this study, the usability of zeolite as a supplementary cementitious material (SCM) due to its hi...
Natural zeolites undergo structural changes after heating which open their possible use in different...
Porcelain stoneware tile is a non-equilibrium porcelain material produced by a fast firing process o...
Zeolites are three-dimensional, microporous, crystalline solids with well-defined structures that co...
textThis work examined the effects of thermal and chemical treatments on zeolite reactivity and dete...
NaY zeolite-containing ceramic papers were prepared by a papermaking technique with a dual polyelect...
Porcelain represents the foundation of the ceramic discipline and one of the most complex ceramic ma...