By Jan C. J. Bart
This industrially suitable source covers all tested and rising analytical tools for the deformulation of polymeric fabrics, with emphasis at the non-polymeric elements.
- Each procedure is evaluated on its technical and business advantages.
- Emphasis is on knowing (principles and features) and business applicability.
- Extensively illustrated all through with over 2 hundred figures, four hundred tables, and 3,000 references.
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Extra info for Additives in polymers: industrial analysis and applications
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G. hydrolysis (cf. 8). Heat extraction: examination of volatiles released (destructive testing by thermal methods, pyrolysis, laser desorption, photolysis). Nondestructive or in situ analysis of the polymeric material (spectroscopy, microscopy). e. polymer melt sampling. Miscellaneous (chemical reactions) (cf. 5). Developing a method for analysis of polymer additives is dependent upon several factors, such as the nature of the matrix and the volatility, molecular weight, solubility, 30 Deformulation Principles stability and concentration of the analyte(s).
Div. Polym. ) 39 (1), 518–9 (1998). 13. H. M¨uller and R. Herbert, Proceedings Addcon World 2002 , Budapest (2002), Paper 22. 14. M. Bauer, Proceedings Addcon World 2002 , Budapest (2002), Paper 13. 15. U. Dietrich, Kunststoffe 88 (6), 858–60 (1998). 16. R. Steiner, Proceedings Masterbatch 98 , D¨usseldorf (1998). 17. P. Gijsman, Stabiliser Trade Name-Chemical Structure Index, DSM Research, Geleen (2004). 18. G. Sasselli, Proceedings Polypropylene ’98 (7th Annual World Congress), Maack Business Services, Z¨urich (1998).