The effect of fly ash additions on the mechanical properties of porcelainised stoneware tile composition has been investigated. Fly ash additions in the range of 0-40 wt% have been added in to the tile body composition, wet milled, spray dried, shaped and fired at 1250°C. The MOR strength improved with increasing fly ash content and reached maximum when 25-30 wt% fly ash used, and with greater additions it decreased. A linear correlation between strength development and mullite formation was found. The tiles with 25 wt% fly ash had improved bending strength, abrasion resistance and hardness compared to the conventional tiles and conform to all other properties at an EN standard specification
The sintering characteristics of fly ash–talc mixtures having 0–100% talc (w/w) in the presence of 1...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
The effect of fly ash additions on the mechanical properties of porcelainised stoneware tile composi...
The effect of fly ash addition as a substitution of sand stone on the thermomechanical properties of...
The ceramic industry is one of the largest consumers of natural raw materials but has also the capac...
Fly ash and blast furnace slag, the by-products of Indian thermal power plant and steel plant, were ...
Fly ash in the range of 20 to 60% by weight has been used to develop ceramic floor and wall tiles fo...
An investigation was carried out to incorporate fly ash, a waste material generated from thermal pow...
This paper presents the study of the influence on the phase formation and strength of the porcelain ...
Fly ash is alumina-silica waste products from the combustion of palm fiber and shells in the boiler ...
The effects of addition of a fly ash-marble waste mixture (2:1), in gradual replacement of sandstone...
This Investigation was carried out to incorporate fly ash, a waste material generated from thermal p...
In this study, the effects of fly ash on Khorasan mortar composed of brick or tile powder and lime w...
WOS: 000230076700009Statistical relationship between various strengths of tile adhesives in which ce...
The sintering characteristics of fly ash–talc mixtures having 0–100% talc (w/w) in the presence of 1...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
The effect of fly ash additions on the mechanical properties of porcelainised stoneware tile composi...
The effect of fly ash addition as a substitution of sand stone on the thermomechanical properties of...
The ceramic industry is one of the largest consumers of natural raw materials but has also the capac...
Fly ash and blast furnace slag, the by-products of Indian thermal power plant and steel plant, were ...
Fly ash in the range of 20 to 60% by weight has been used to develop ceramic floor and wall tiles fo...
An investigation was carried out to incorporate fly ash, a waste material generated from thermal pow...
This paper presents the study of the influence on the phase formation and strength of the porcelain ...
Fly ash is alumina-silica waste products from the combustion of palm fiber and shells in the boiler ...
The effects of addition of a fly ash-marble waste mixture (2:1), in gradual replacement of sandstone...
This Investigation was carried out to incorporate fly ash, a waste material generated from thermal p...
In this study, the effects of fly ash on Khorasan mortar composed of brick or tile powder and lime w...
WOS: 000230076700009Statistical relationship between various strengths of tile adhesives in which ce...
The sintering characteristics of fly ash–talc mixtures having 0–100% talc (w/w) in the presence of 1...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...
This paper focuses on the complexities of the microstructure and phase development in porcelain ston...