By A.R. Horrocks, D. Price
This e-book bargains a massive up-to-date to Horrocks and Price’s hearth retardant fabrics. It offers the reader with a finished account of the advances that experience happened in fireplace technological know-how on the subject of fabrics. The manufacture of fireplace retardant fabrics is an energetic quarter of analysis, the certainty of which could enhance safeguard, in addition to the marketability of a product. half 1 contains a brief assessment of the basics of fireplace dangers and hazards. half 2 stories fresh advances of fireplace retardancy in particular fabrics. half three is devoted to precise functions in the box. The ebook presents crucial details for all these enthusiastic about fireplace retardancy.
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Extra info for Advances in Fire Retardant Materials
2 Polyester Polyester fibres are the main synthetic fibres used in the industrial manufacturing sector and can be found in several areas of application. Polyester fibres are used in apparel for overcoats, jackets, leisure and sportswear, protective clothing, and so forth. In home furnishings, their uses range from drapery and curtain fabrics to furniture coverings, pillows and pillow stuffing, and table and bed linen to wall and floor coverings. As polyester fibres are easily flammable, flame retardancy is a significant issue.
Development of intumescent char at the surface of the fabric was observed confirming the expected mechanism. 8 "m and mean size 100 "m) (from ref. 40). 43 Very little reported research has been undertaken regarding development of nanocomposite structures in textiles, however. 44 The incorporation of POSS (molecular silica) does not enhance the fire behaviour of the fabric but the addition of MMT provides a substantial benefit in terms of reduced heat release. Some char enhancement without swelling was observed during the cone calorimetric experiments suggesting a mechanism of action in the condensed phase.
H. Q. Yang, Polym. Deg. , 2005, 88, 363±370. T. O. Philips, in New Fibres, Woodhead Publishing Limited, Cambridge, 1997. H. , Kevlar aramid fiber, John Wiley & Sons, Chichester, 1993. S. Bourbigot, X. Flambard, M. Ferreira, F. Poutch, J. , 2002, 20(1), 3±22. B. C. Bansal, in Carbon Fibres, 2nd edn, Marcel Dekker Inc, New York, Chapter 1. In Advanced Inorganic Fibres: Processes, Structures, Properties, Applications, ed. , Kluwer Academic Publisher, London, 2000. In Man-Made Vitreous Fibres, ed. , TIMA Inc, New York, 1993.