The present study is aimed to develop porcelain from locally available raw materials. This porcelain was prepared from the mixture of kaolin, quartz, feldspar, and recycled waste glass. In this work, the expensive K-feldspar was substituted by recycled waste glass derived from broken car glass. The effects of recycled waste glass in partial replacement of K-feldspar for porcelain are discussed. Experimental results showed significant effects of recycled waste glass substitution and sintering temperature on physical properties. Furthermore, the microstructure observation indicated that the replacement of K-feldspar by the recycled waste glass indicates the reducing firing temperature 200 °C was achieved by 30 wt% glass addition. Moreover, ex...
In this research a mixture of 90%wt of industrial residues (recycled soda-lime glass and ashes from ...
Series of ceramics from recycle waste glass and mica powder have successfully been made and their ph...
The usage of glasses as additives for traditional ceramics has been extensively investigated. Althou...
A novel porcelain was obtained by sintering 50% kaolinite clay, 25% waste glass and 25% fly ash (a b...
A Dissertation Submitted in Partial Fulfillment of the Requirements for the Degree of Master’s in M...
Abstract In this study, the production of a technical porcelain, for the ceramic dielectric applicat...
This paper reviewed the production of electric porcelain insulators utilizing from local raw materia...
The dielectric porcelain is usually obtained by mixing various raw materials proportions and is used...
Porcelain usually made up from kaolin, feldspar, silica and alumina have a properties as an electric...
Outdoor HV porcelain insulators face various environmental stresses that cause their degradation. Co...
Porcelain represents one of the most complex ceramics, formulated from a mix of clay, feldspar and q...
In this work, the feldspar used as a flux in typical porcelain was replaced by waste glass, and the ...
Abstract This study evaluated the potential of locally sourced-ceramic raw materials in Tanzania, Pu...
In this thesis, the characterization of electrical porcelain insulators based on local clays has bee...
Clay, quartz and feldspar are widely available in Uganda. The location and properties of various cla...
In this research a mixture of 90%wt of industrial residues (recycled soda-lime glass and ashes from ...
Series of ceramics from recycle waste glass and mica powder have successfully been made and their ph...
The usage of glasses as additives for traditional ceramics has been extensively investigated. Althou...
A novel porcelain was obtained by sintering 50% kaolinite clay, 25% waste glass and 25% fly ash (a b...
A Dissertation Submitted in Partial Fulfillment of the Requirements for the Degree of Master’s in M...
Abstract In this study, the production of a technical porcelain, for the ceramic dielectric applicat...
This paper reviewed the production of electric porcelain insulators utilizing from local raw materia...
The dielectric porcelain is usually obtained by mixing various raw materials proportions and is used...
Porcelain usually made up from kaolin, feldspar, silica and alumina have a properties as an electric...
Outdoor HV porcelain insulators face various environmental stresses that cause their degradation. Co...
Porcelain represents one of the most complex ceramics, formulated from a mix of clay, feldspar and q...
In this work, the feldspar used as a flux in typical porcelain was replaced by waste glass, and the ...
Abstract This study evaluated the potential of locally sourced-ceramic raw materials in Tanzania, Pu...
In this thesis, the characterization of electrical porcelain insulators based on local clays has bee...
Clay, quartz and feldspar are widely available in Uganda. The location and properties of various cla...
In this research a mixture of 90%wt of industrial residues (recycled soda-lime glass and ashes from ...
Series of ceramics from recycle waste glass and mica powder have successfully been made and their ph...
The usage of glasses as additives for traditional ceramics has been extensively investigated. Althou...