Recycling, Recovery and Improvement of Properties of Ceramic Tile Manufacturing by Adding Two Types of Glass in Clay Mixtures

Abstract:

Article Preview

Today, recycling industrial waste plays a major role in our society. Waste is used as additive in the production of a certain number of products. It enables to reduce the costing price per piece and to enhance some of the properties of the material, and to reduce pollution problems. To meet the various criteria, and manufacturing requirements of contemporary ceramic tile and bring a solution to our environment, an addition of waste glass from lamps public lighting and neon (cullet) is incorporated in various ceramic masse for substituted a feldspar. A comparative study is made between the properties obtained with each type of waste on the one hand and the other with the properties of tile produced in the industry. It was found that the tiles made with waste glass lighting lamps offer higher mechanical strength than that obtained with the feldspar and a good agreement between the shard - enamel. Although the value of strength obtained with the waste of neon is lower than that obtained with the first type of glass. The latter always remains higher than that of industrial value.

Info:

Periodical:

Defect and Diffusion Forum (Volumes 323-325)

Edited by:

I. Bezverkhyy, S. Chevalier and O. Politano

Pages:

275-280

DOI:

10.4028/www.scientific.net/DDF.323-325.275

Citation:

H. Chemani "Recycling, Recovery and Improvement of Properties of Ceramic Tile Manufacturing by Adding Two Types of Glass in Clay Mixtures", Defect and Diffusion Forum, Vols. 323-325, pp. 275-280, 2012

Online since:

April 2012

Authors:

Export:

Price:

$38.00

[1] P. Munier Technology of earthenware tiles. (Edition 1957), p.3 – 11- 12 -14-15.

[2] J.M., Hausonne,C. Carry, PBowen,J. Bartonp, 16 treated materials Ceramics & Glass, Principles and Technical Development, (Edition 2005), pp.9-15.

[3] P. Boch , Materials and Ceramics Process Edition Hermes 2001, pp.126-127.

[4] J. Sigg. The clay products. Earthenware and Stoneware, Septima (Edition 1991) pp.395-398.

[5] ICV. Recyclage and Valuation, Sustainable Revolution, Journal No. 19, (December 2007).

[6] ICV. Environment and glass recycling. Review No. 1. Vol. 9. (February 2003).

[7] [Encyclopedia Microsoft Glasses: General, Definitions, and Compositions. Encarta (1999).

[8] Pole glass, recycling and recovery of glass in the building sector, tiles, slabs, tiles, (2004) 9] P. Colnot and G. Gallet. Glass and ceramics in vacuum technology collection of , A N.R. T, Editions Serole. (1962).

[10] M. Kornmann, Clay Building Materials, Manufacture and Properties @ Septima. (Edition 2005), p . 34 50.

[11] Kenneth W. Bladth, Richard A Bideaux, Elisabeth Anthony- Morton and Barbara G. Nichol , Mineralogical Society of America , Hand book of mineralogy Vol II , (1995) 12] SFM Bulletin, Vol. 71-72, (1948) p.329.

[13] Cartalos, U., P. Baylocq, J. Lecourtier and J. -M. Piau, Rheological characterization and structural modeling of clay-polymer systems, Journal of the French Petroleum Institute 52, (1990), pp.285-297.

[14] R. Caenn, and G. V. Chillingar, Drilling fluids: State of the art, J. Petrol. Sci. Eng. 14, (1996), pp.221-230.

In order to see related information, you need to Login.