2/6/2016
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`Detailed accounts of thermoplastic resins - Thermoplastics and Thermoplastic Composites - Chapter 4
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`List of Tables and Figures
`.
`.
`Disclaimer
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`Acronyms and abbreviations
`Chapter 1 - Outline of the actual situati...
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`Chapter 2 - The plastics industry: Eco...
`Chapter 3 - Basic criteria for the selecti...
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`-_‘ -
`_-
`i-.l.."i|-.\:'||:|~’:
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`-
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`Thermoplastics and Thermoplastic
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`Composites
`Technical Information for Plastics Users
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`2007 pages 217414
`
`Chapter 4 — Detailed accounts of thermoplastic resins
`
`Chapter 4 - Detailed accounts of
`thermoplastic resins
`Chapter 5 - Thermoplastic processing
`
`Michel Biron
`Available online 4 March 2008
`Show less
`
`Chap” 6 ' Th°""°p'as“° °°”“’°S”e5
`Chapter 7 - Future prospects for therm...
`Conclusion
`Index
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`doi:10.1016/B978-185617478-7.50007-6
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`Publisher Summary
`
`This chapter explains in detail various thermoplastic resins, which are
`any synthetic material that can be molded when hot but becomes hard on cooling.
`Polyethylene is a broad family with versatile properties that depend on the three main
`polymerization processes used. Metallocene catalysis polymerization is the most recent
`technique, growing fast to produce a consistent, uniform distribution of molecular weight
`resulting in enhanced toughness, impact and puncture strengths, better cold behavior
`and optical properties. The copolymer blocks present a good balance between rigidity
`and impact strength that depends on the importance ofthe blocks and their distribution.
`Chlorinated polyethylenes present a good set of properties for a highly flexible material.
`The study reports general assessments of behaviour after prolonged immersion in a
`range of chemicals at room temperature for given grades, which are not representative of
`all the chlorinated polyethylenes because of the variation of the chemical resistance
`when the chlorine content varies and the broad possibilities forformulating the
`compounds: stabilizers, modifying agents, fillers and so on. These general indications
`should be verified by consultation with the producer ofthe selected grades and by tests
`under operating conditions.
`
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`Detailed accounts of thermoplastic resins - Thermoplastics and Thermoplastic Composites - Chapter 4
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`References
`
`Technical guides, newsletters, websites
`
`3M, Akzo Plastics, Allied Signal, Allrim, Amcel, Amoco, Arkema, Arco Chemical. Astar,
`Atochem. Bakelite GmbH, BASF, Bayer, BF Goodrich, BIP, Bisco, BP Chemicals, Bryte,
`Ceca, Celanese, Ciba, Cray Valley, Culver City Corp, Degussa, Devcon, Dow, DSM, Du
`Pont de Nemours, DuPont Dow, Dynamit Nobel, Eleco, Emerson & Cumming, EMS,
`Enichem, Epotecny, Eval, Exxon, Ferro, Ferruzzi, FiberCote, Framet Futura, GE
`Plastics. GE Silicones, Hexcel, Hoechst, Hiils, ICI, lrathane, lsomeca. Kommerling,
`Kuraray, La Bakélite, Loctite, Lohmann, Mecelec, Menzolit, Mitsui Chemicals, Monsanto,
`Montedison, Naphtachimie, Neste, Nief Plastic, Nippon Gohsei, Nippon Mitsubishi,
`Nonacor, Norflys, Orkem. Owens Corning. Perstop, Phillips Petroleum, PPG, PRW,
`Raschig, Recticel, Repsol. Rhodia, Rhone Poulene. Rohm, Schulman, Scott Bader,
`Shell, Sika, Sintimid, SNIA Tecnopolimeri, SNPE, Solvay, Stratime, Symalit, Synres,
`Synthésia, T2L, Technochemie GmbH, Telenor, Thieme. Toray, Tramico, Tubize
`Plastics, Tubulam, Ube, Union Carbide, Uniroyal, Vetrotex, Vyncolit, Wacker, Wilson
`Fiberfil, YLA...
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`Reviews
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`Detailed accounts of thermoplastic resins - Thermoplastics and Thermoplastic Composites - Chapter 4
`Loadi n g.
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`[2] Modern Plastics Encyclopaedia (McGraw-Hill Publications)
`Loacli n g
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`[3] Modern Plastics lntemational (Canon Communications LLC, Los Angeles, CA, USA)
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`[4] Reinforced Plastics (Elsevier Ltd)
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