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Is Fabuloso good for ceramic tile floors? 

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Ceramic materials have high mechanical strength, good body response and low or non-existing biodegradability.
It is found that the various measures of ceramic performance, for a well-confined target, are relatively constant as tile thickness is varied.
The novel glass–ceramics developed here can find applications as building materials, such as wall tiles and for manufacturing industrial floors.
It has a stable chemical structure and good physical properties for ceramic production.
The results indicate the same calcareous raw material was used for the ceramic production.
The superior properties exhibited by these bulk nanoceramics and ceramic nanocomposites, compared with conventional ceramic materials, have opened up prospects for their use in applications demanding better mechanical properties.
The approach opens new opportunities for the sintered ceramic as a proppant material since the ceramic system displays low acid solubility and good flexural strength.
It is a good option for use in concrete because waste ground ceramic has a highly resistant structure and cannot be processed by any recycling system and because it is produced in large quantities.
This feature allows to suggesting these spinel-based glass-ceramic glazes as good candidates to improve the mechanical properties of conventional glazes.
These results as a whole suggest that the use of MSWI fly ash in ceramic tile constitutes a potential means of adding value.
Nevertheless, the results obtained indicate that it is an interesting material for potential in all-ceramic restorations.
The obtained ceramic tiles possess properties similar to commercial ceramic floor and/or wall tiles.
The wear resistance test on this sample confirmed that it can be used as a standard floor tile.
The experiments showed that while the micro-hardness of gahnite-based glass-ceramic glazes is almost equal with the diopside based one, it is more than the traditional floor tile glazes.
This type of frit can be an alternative one for fabricating opaque ceramic glazes.
The design of a glass–ceramic glaze for this type of tiles should ensure that the selected frit precursor is technically and commercially compatible with the manufacturing conditions generally used in the production of glazed ceramic wall tiles.
This work allows to confirm the possibility to use RHA as silica precursor for the development of glazes for ceramic tile.