The paper reports on some experimental results obtained from the production of ceramic tiles containing olivine and kaolin powders mixed in different proportions. Blending of components was done by attrition milling. Pressed powders were fast \ufb01red (55 min cold to cold) in air up to 1250 1C. Fired products were characterized by shrinkage, water absorption, density, strength, hardness, toughness, crystal phases and microstructure. It has been demonstrated that all the samples prepared have properties in line with the industrial production of some ceramic materials, but those containing 60 wt% of olivine and 40 wt% of kaolin displayed the best overall behaviour and therefore the blend is a possible candidate of an eventual industrial p...
The present paper reports on the sintering behaviour of several ceramics prepared using a previously...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
This article discusses the problems of creating new compositions for ceramic tiles. There are two wa...
The paper describes results obtained in the development of a previous research. We study here, in fa...
The porcelain tile is a ceramic product with high technical and aesthetic performance, whose composi...
Mixtures used for the production of porcelain tiles consist of inorganic raw materials such as illit...
This study was intended to determine the physicomechanical properties of porcelain tiles made from r...
Porcelain stoneware tile is a non-equilibrium porcelain material produced by a fast firing process o...
The paper describes the production, in single fast firing, of tiles containing 30 wt% of a natural r...
Abstract: Kaolin and quartz from Pugu; and feldspar from Morogoro were investigated to determine the...
Porcelain tiles are a ceramic product with high technical and aesthetic performance, whose compositi...
The paper reports on some experimental results obtained from the production of ceramics containing s...
Residue powders resulting from cutting and machining operations in slate quarries were processed by ...
In this paper, the use of local kaolin coming from Djebel Debbagh (denoted DD1) in the compositio...
Unglazed fast fired porcelainized stoneware tiles, for pavering and for exteriors, are the main inno...
The present paper reports on the sintering behaviour of several ceramics prepared using a previously...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
This article discusses the problems of creating new compositions for ceramic tiles. There are two wa...
The paper describes results obtained in the development of a previous research. We study here, in fa...
The porcelain tile is a ceramic product with high technical and aesthetic performance, whose composi...
Mixtures used for the production of porcelain tiles consist of inorganic raw materials such as illit...
This study was intended to determine the physicomechanical properties of porcelain tiles made from r...
Porcelain stoneware tile is a non-equilibrium porcelain material produced by a fast firing process o...
The paper describes the production, in single fast firing, of tiles containing 30 wt% of a natural r...
Abstract: Kaolin and quartz from Pugu; and feldspar from Morogoro were investigated to determine the...
Porcelain tiles are a ceramic product with high technical and aesthetic performance, whose compositi...
The paper reports on some experimental results obtained from the production of ceramics containing s...
Residue powders resulting from cutting and machining operations in slate quarries were processed by ...
In this paper, the use of local kaolin coming from Djebel Debbagh (denoted DD1) in the compositio...
Unglazed fast fired porcelainized stoneware tiles, for pavering and for exteriors, are the main inno...
The present paper reports on the sintering behaviour of several ceramics prepared using a previously...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
This article discusses the problems of creating new compositions for ceramic tiles. There are two wa...