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Specific characteristics of coating glazes based on basalt

► Investigation aimed at correlation between specific characteristics of glazes. ► Basalt from the locality “Vrelo”-Kopaonik Mountain was used in this study. ► The four types of liquid glazes were made according to the prescribed frits. ► The glazes were applied over the surfaces of the biscuit-shap...

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Bibliographic Details
Published in:Materials in engineering 2012-08, Vol.39, p.9-13
Main Authors: Andric, L, Acimovic-Pavlovic, Z, Trumic, M, Prstic, A, Tanaskovic, Z
Format: Article
Language:English
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Summary:► Investigation aimed at correlation between specific characteristics of glazes. ► Basalt from the locality “Vrelo”-Kopaonik Mountain was used in this study. ► The four types of liquid glazes were made according to the prescribed frits. ► The glazes were applied over the surfaces of the biscuit-shaped baked tiles. ► Combination of basalt and iron pigments achieved the best results in colour design. Investigations in this paper has been carried out in order to define the correlation between specific characteristics of coating glazes based on basalt, fired faience and appearance and the quality of the ceramic product surface. The paper presents the initial results of research on possibilities for utilisation of basalt from the locality “Vrelo” – Kopaonik Mountain (Serbia) for producing the opaque glaze. From frits with different basalt content (25%, 30%, 35%, and 60%) with addition of water and 5% of the kaolin “Zetlizer”, the liquid glazes-suspensions were made (G-1/25, G-2/30, G-3/35, and G-4/60). The primary fired biscuit-shaped faience was used for applying the glazes by dipping, pouring and brushing methods. The further firing process of glazes took place in a laboratory tunnel furnace, under the following operating parameters: temperature T=980°C and retention time t=3h (hours). The initial investigation has shown that the basalt from the locality Vrelo is suitable for obtaining applicable glazes, bringing the attractive and decorative colours to the surfaces of the faience ceramics. The best results were achieved by adding the iron pigments.
ISSN:0261-3069
DOI:10.1016/j.matdes.2012.02.022