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Glass-ceramic matrix composites made from industrial waste

Rozenstrauha, I. / Cimdins, R. / Berzina, L. / Bajare, D. / Bossert, J. / Boccaccini, A.

Glass-ceramic materials have been fabricated from Latvian industrial wastes. These glass-ceramics, made by sintering in a very narrow temperature interval (<50 degree C), exhibit good physical properties to be considered as building materials. The optimisation of the sintering behaviour of glass-ceramics containing clay and alumina platelets was carried out. The experimental results showed that the addition of clay and alumina platelets resulted in a larger sintering temperature interval of the glass-ceramic composition (>50 degree C) and in a higher ultimate strength (up to 96.5 MPa) of the materials.

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Glass-ceramic matrix composites made from industrial waste

Rozenstrauha, I. / Cimdins, R. / Berzina, L. / Bajare, D. / Bossert, J. / Boccaccini, A.

Glass-ceramic materials have been fabricated from Latvian industrial wastes. These glass-ceramics, made by sintering in a very narrow temperature interval (<50 degree C), exhibit good physical properties to be considered as building materials. The optimisation of the sintering behaviour of glass-ceramics containing clay and alumina platelets was carried out. The experimental results showed that the addition of clay and alumina platelets resulted in a larger sintering temperature interval of the glass-ceramic composition (>50 degree C) and in a higher ultimate strength (up to 96.5 MPa) of the materials.

Glass-ceramic matrix composites made from industrial waste

Rozenstrauha, I. / Cimdins, R. / Berzina, L. / Bajare, D. / Bossert, J. / Boccaccini, A.

Glass-ceramic materials have been fabricated from Latvian industrial wastes. These glass-ceramics, made by sintering in a very narrow temperature interval (<50 degree C), exhibit good physical properties to be considered as building materials. The optimisation of the sintering behaviour of glass-ceramics containing clay and alumina platelets was carried out. The experimental results showed that the addition of clay and alumina platelets resulted in a larger sintering temperature interval of the glass-ceramic composition (>50 degree C) and in a higher ultimate strength (up to 96.5 MPa) of the materials.

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Title:

Glass-ceramic matrix composites made from industrial waste

Contributors:

Rozenstrauha, I. (author) / Cimdins, R. (author) / Berzina, L. (author) / Bajare, D. (author) / Bossert, J. (author) / Boccaccini, A. (author)

Published in:

Conference and Exhibition of the European Ceramic Society, 7 ; 867-870

Key Engineering Materials ; 206-213

Publication date:

2001

Size:

4 Seiten, 5 Quellen

ISSN:

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Industrieabfall , Temperatureinfluss , Sintern , Aluminiumoxid , Ton (Mineral) , mechanische Festigkeit , Glaskeramik , Baustoff , physikalische Eigenschaft , teilchenverstärkter Verbundwerkstoff

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