The study evaluates the effect of ceramic raw materials on the physical properties of ceramic tiles with a view to determine the tiles with the best material blend. Ten different blends of clay – feldspar – silica was used to produce ceramic samples. The results show that sample with 60 % clay, 30 % feldspar and 10% silica have the best water absorption (10.43%) and apparent porosity (22.77 %); while sample with 60 % clay, 20 % feldspar and 20 % silica exhibits the highest apparent relative density of 2.79. Sample with 50 % clay, 40 % feldspar and 10 % silica possesses the best bulk density of 1.43 g/cm3. Conclusively, the ceramic sample produced can be useful in the production of wall tiles
This study examines the effects of replacing fluxing and filler materials with rice straw ash (RSA) ...
This study focuses on the mineralogical, chemical, thermal and physical characterization of Afyon an...
Mixtures used for the production of porcelain tiles consist of inorganic raw materials such as illit...
This paper focuses on the need for domesticating the production of building materials like tiles to ...
Clay, feldspar and silica sand are important industrial minerals which often need treatment commonly...
The study focuses on the production of floor tiles using local clay from Otukpo, Nigeria by plastic...
Porcelain represents the foundation of the ceramic discipline and one of the most complex ceramic ma...
This study was intended to determine the physicomechanical properties of porcelain tiles made from r...
Abstract: Kaolin and quartz from Pugu; and feldspar from Morogoro were investigated to determine the...
The object of the study is the physical and chemical processes of formation of the structure and pro...
Clays from four different deposits in Abeokuta, Nigeria (Abiola Way 1 (AW1), Abiola Way 2 (AW2), Ase...
Porcelain represents one of the most complex ceramics, formulated from a mix of clay, feldspar and q...
A Dissertation Submitted in Partial Fulfilment of the Requirements for the Degree of Master’s in Sc...
Clay is an important raw material in manufacturing of ceramic tiles. From economical point of view, ...
AbstractDue to the fact that there are various types of wall tiles in the Egyptian market, of differ...
This study examines the effects of replacing fluxing and filler materials with rice straw ash (RSA) ...
This study focuses on the mineralogical, chemical, thermal and physical characterization of Afyon an...
Mixtures used for the production of porcelain tiles consist of inorganic raw materials such as illit...
This paper focuses on the need for domesticating the production of building materials like tiles to ...
Clay, feldspar and silica sand are important industrial minerals which often need treatment commonly...
The study focuses on the production of floor tiles using local clay from Otukpo, Nigeria by plastic...
Porcelain represents the foundation of the ceramic discipline and one of the most complex ceramic ma...
This study was intended to determine the physicomechanical properties of porcelain tiles made from r...
Abstract: Kaolin and quartz from Pugu; and feldspar from Morogoro were investigated to determine the...
The object of the study is the physical and chemical processes of formation of the structure and pro...
Clays from four different deposits in Abeokuta, Nigeria (Abiola Way 1 (AW1), Abiola Way 2 (AW2), Ase...
Porcelain represents one of the most complex ceramics, formulated from a mix of clay, feldspar and q...
A Dissertation Submitted in Partial Fulfilment of the Requirements for the Degree of Master’s in Sc...
Clay is an important raw material in manufacturing of ceramic tiles. From economical point of view, ...
AbstractDue to the fact that there are various types of wall tiles in the Egyptian market, of differ...
This study examines the effects of replacing fluxing and filler materials with rice straw ash (RSA) ...
This study focuses on the mineralogical, chemical, thermal and physical characterization of Afyon an...
Mixtures used for the production of porcelain tiles consist of inorganic raw materials such as illit...