The use of glassy frits obtained from municipal incinerator bottom ash and glass cullet, as sintering promoters in the production process of porcelainized stoneware, was investigated. The emphasis was on studying the similarities and differences with respect tothe standard body. The characterization involved the application of several techniques: chemical analysis, X-ray powder diffraction, linear shrinkage during firing, water absorption, bending strength and spot resistance test. The results show that, the addition of these glassy frits in the body improve the characteristics of water absorption and spot resistance which is related to the absence of surface porosity originated by the glassy phase. Moreover, addition of glassy frits to the...
Sintering and crystallisation of glass powders obtained front vitrified silicate residues are invest...
An alternative method for recycling municipal incinerator grate ash is proposed. The glassy powder i...
In this paper, the influence of coal bottom ash and tincal additions on the physical properties and ...
The use of glassy frits obtained from municipal incinerator bottom ash and glass cullet, as sinterin...
In the present work, the effects of glass-ceramic frits (10wt%) added to a porcelain stoneware body ...
New ceramics based on 60 wt% of alternative raw material derived from post-treated municipal solid w...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Porcelain stoneware tile is a non-equilibrium porcelain material produced by a fast firing process o...
Porcelainized stoneware tiles have experienced many aesthetic improvements in the last few years, oc...
Sintered wollastonite-plagioclase glass-ceramics were prepared through crystallization of a parent g...
The possibility of recycling the Municipal Solid Wastes Incinerated (MSWI) bottom ash by its incorpo...
Sintering is shown to be a very convenient alternative way to valorise urban incinerator grate ash ...
Alternatives ways of recycling soda-lime-silica scrap glass (SLS) glass, apart from remelting can of...
Porcelainized stoneware tiles containing up to 20 wt.% of municipal incinerator grate slag have been...
The sintering of porcelain stoneware tiles - a low porosity products with excellent technical perfor...
Sintering and crystallisation of glass powders obtained front vitrified silicate residues are invest...
An alternative method for recycling municipal incinerator grate ash is proposed. The glassy powder i...
In this paper, the influence of coal bottom ash and tincal additions on the physical properties and ...
The use of glassy frits obtained from municipal incinerator bottom ash and glass cullet, as sinterin...
In the present work, the effects of glass-ceramic frits (10wt%) added to a porcelain stoneware body ...
New ceramics based on 60 wt% of alternative raw material derived from post-treated municipal solid w...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Porcelain stoneware tile is a non-equilibrium porcelain material produced by a fast firing process o...
Porcelainized stoneware tiles have experienced many aesthetic improvements in the last few years, oc...
Sintered wollastonite-plagioclase glass-ceramics were prepared through crystallization of a parent g...
The possibility of recycling the Municipal Solid Wastes Incinerated (MSWI) bottom ash by its incorpo...
Sintering is shown to be a very convenient alternative way to valorise urban incinerator grate ash ...
Alternatives ways of recycling soda-lime-silica scrap glass (SLS) glass, apart from remelting can of...
Porcelainized stoneware tiles containing up to 20 wt.% of municipal incinerator grate slag have been...
The sintering of porcelain stoneware tiles - a low porosity products with excellent technical perfor...
Sintering and crystallisation of glass powders obtained front vitrified silicate residues are invest...
An alternative method for recycling municipal incinerator grate ash is proposed. The glassy powder i...
In this paper, the influence of coal bottom ash and tincal additions on the physical properties and ...