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Download Additives in Polymers.. Industrial Analysis and Applications by Jan C. J. Bart PDF

By Jan C. J. Bart

This industrially proper source covers all validated and rising analytical tools for the deformulation of polymeric fabrics, with emphasis at the non-polymeric elements.

  • Each approach is evaluated on its technical and business merits.
  • Emphasis is on knowing (principles and features) and commercial applicability.
  • Extensively illustrated all through with over 2 hundred figures, four hundred tables, and 3,000 references.

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D. , Kirkwood, MO (1982). 152. Sprouse Library of Polymer Additives, Sprouse Scientific Systems, Paoli, PA. 153. N. Davies, Spectrosc. Europe 12 (4), 22–6 (2000). 154. O. Hummel, Macromol. Symp. 119, 65–77 (1997). 155. J. ), World Index of Polyolefine Stabilizers, Kogan Page, London (1982). 156. E. Zeisberger and T. Fr¨ohlich, Spectrosc. Europe 5 (3), 16–9 (1993). 157. R. Jennissen, Techn. Report DSM Research, Geleen (1998). 158. U. Sch¨onhausen, Positive List I. Additives for Plastics, Elastomers and Synthetic Fibres for Food Contact Applications, Ciba-Geigy Ltd, Basel (1993).

For in-polymer additive analysis already Crompton [52] had stressed the importance of familiarity with the chemical and physical properties of additives. For this purpose the reader is referred to Appendix II. An adequate measurement technique is not sufficient for good analytical results. Analyses are operated under ISO 9001 and carried out according to validated analytical protocols. 15 Requirements for Analytical Excellence Feature Action(s) Analytical strategy Product analysis Clear-cut corporate strategy Technique and product specialists Analyte specific physico-chemical background Norms, validated analytical procedures, certification Instrumentation, method development, current awareness Standard Operating Procedures Calibration, (certified) reference materials Databases, benchmarking, ‘Best Practice’ Excellent knowledge infrastructure, automation, low cost Central repository for analytical data Operator competence Standardisation State-of-the-art Multidisciplinary approach Quality control Efficiency Profitability Analytical information management Analytical sample management Quality assurance Reproducibility Reliance Bureaucracy Proficiency testing Health, safety, and environment LIMS ISO 9001 SPC No dependence on one analysis technique Fewer analytical chemists than analytical problems Round-robins Responsible Care 21 posteriori).

E. Lee and C. Callierotti, Plast. Addit. Compd. 3 (6), 14–21 (2001). 21. H. Pahl and M. Grosse-Aschhoff, Kunststoffe 87 (7), 872–4 (1997). 22. C. Bruens, R. Nieland and D. Stanssens, Polym. Polym. Comp. 7 (8), 581–7 (1999). 23. P. Schlumpf, in Plastics Additives Handbook (R. G¨achter and H. M¨uller, eds), Hanser Publishers, Munich (1990), pp. 525–91. 24. E. A. ), Academic Press, San Diego, CA (1997), Ch. 10. 25. G. Meisinger, Chem. Plants Process. (3), 46–7 (2000). 26. M. Hubis, in Plastics Additives Handbook (H.

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