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| موضوع: كتاب The Effect of Temperature and Other Factors on Plastics and Elastomers الإثنين 17 أبريل 2023, 10:50 am | |
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أخواني في الله أحضرت لكم كتاب The Effect of Temperature and Other Factors on Plastics and Elastomers Second Edition Laurence W. McKeen
و المحتوى كما يلي :
Contents Preface xiii Acknowledgements . xv 1 Introduction to Plastics and Elastomers . 1 1.1 Plastics and Polymers . 1 1.1.1 Polymerization 1 1.1.2 Copolymers . 2 1.1.3 Linear, Branched, and Cross-linked Polymers 2 1.1.4 Molecular Weight . 2 1.1.5 Thermosets vs. Thermoplastics . 3 1.1.6 Crystalline vs. Amorphous 3 1.1.7 Blends 4 1.1.8 Elastomers . 5 1.1.9 Additives 5 1.1.9.1 Fillers and Reinforcement . 5 1.1.9.2 Combustion Modifiers, Fire and Flame Retardants, and Smoke Suppressants . 5 1.1.9.3 Release Agents, Lubricants, Slip, and Antiblocking Agents . 5 1.1.9.4 Catalysts . 5 1.1.9.5 Impact Modifiers and Tougheners . 5 1.1.9.6 UV Stabilizers 6 1.1.9.7 Antistatic Agents 6 1.1.9.8 Plasticizers 6 1.1.9.9 Pigments, Extenders, Dyes, Mica . 7 1.1.9.10 Coupling Agents . 7 1.1.9.11 Thermal Stabilizers 7 1.2 Testing of Plastics 7 1.2.1 Mechanical Property Testing of Plastics . 7 1.2.1.1 Tensile Properties 7 1.2.1.2 Compressive Properties 12 1.2.1.3 Shear Properties 12 1.2.1.4 Flexural Properties 13 1.2.2 Impact Property Testingof Plastics . 14 1.2.2.1 Izod Impact Strength and Charpy Impact Strength . 14 1.2.2.2 Gardner and Falling Dart Impact Strength 15 1.2.3 Thermal Property Testingof Plastics . 16 1.2.3.1 Heat Deflection Temperature 17 1.2.3.2 Vicat Softening Temperature 17 1.2.3.3 Melt Flow Index 19 1.2.3.4 Glass Transition Temperature (T g ) 19 1.2.3.5 Melting Point Tm . 22 1.2.3.6 Coefficient of Thermal Expansion 25 1.3 Principles of Plastic Product Design . 25 1.3.1 Rigidity of Plastics Materials . 26 1.3.2 The Assessment of Maximum Service Temperature 26viii Contents 1.3.2.1 Assessment of Thermal Stability . 27 1.3.3 Toughness 29 1.3.3.1 The Assessment of Impact Strength . 30 1.3.3.2 Time Dependent Behavior 33 1.3.3.3 Selection Guides . 33 1.4 Summary 35 References . 39 2 Styrenic Plastics 41 2.1 Background 41 2.1.1 Polystyrene . 41 2.1.2 Acrylonitrile-Styrene-Acrylate (ASA) 41 2.1.3 Styrene-Acrylonitrile (SAN) 42 2.1.4 Acrylonitrile-Butadiene-Styrene (ABS) . 42 2.1.5 Styrene-Maleic Anhydride (SMA) . 42 2.1.6 Styrenic Block Copolymers (SBCs) 42 2.1.7 Blends . 43 2.2 Polystyrene 44 2.3 Acrylonitrile-Styrene-Acrylate (ASA) . 51 2.4 Styrene-Acrylonitrile (SAN) . 55 2.5 Acrylonitrile-Butadiene-Styrene (ABS) 61 2.6 Styrene-Maleic-Anhydride (SMA) 78 2.7 Styrenic Block Copolymers (SBCs) . 83 2.8 Styrenic Blends and Alloys 85 3 Polyether Plastics . 97 3.1 Background 97 3.1.1 Polyoxymethylene (POM or Acetal Homopolymer) 97 3.1.2 Polyoxymethylene Copolymer (POM-Co or Acetal Copolymer) 97 3.1.3 Modified Polyphenylene Ether/Polyphenylene Oxides (PPE or PPO) 98 3.2 Acetals—Polyoxymethylene POM 99 3.3 Acetal-Copolymer 110 3.4 Modified PolypropyleneEther (PPE) 131 4 Polyesters . 149 4.1 Background . 149 4.1.1 Polycarbonate (PC) 149 4.1.2 Polybutylene Terephthalate (PBT) . 150 4.1.3 Polyethylene Terephthalate (PET) . 150 4.1.4 Liquid Crystalline Polymers (LCPs) . 150 4.1.5 Polycyclohexylene Dimethylene Terephthalate (PCT) . 150 4.1.6 Polyester Blends and Alloys . 151 4.2 Polycarbonate (PC) . 152 4.3 Polybutylene Terephthalate (PBT) 160 4.4 Polyethylene Terephthalate (PET) 184 4.5 Liquid Crystalline Polymers (LCPs) 194 4.6 Polycyclohexylene Dimethylene Terephthalate (PCT) 203 5 Polyimides 213 5.1 Background . 213 5.1.1 Polyetherimide (PEI) . 213 5.1.2 Polyamide-Imide (PAI) . 213Contents ix 5.1.3 Polyimide (PI) 216 5.1.4 Imide Polymer Blends 216 5.2 Polyetherimide (PEI) 217 5.3 Polyamide-Imide (PAI) 226 5.4 Polyimide (PI) . 229 6 Polyamides (Nylons) 243 6.1 Background . 243 6.1.1 Nylon 6 . 244 6.1.2 Nylon 11 245 6.1.3 Nylon 12 245 6.1.4 Nylon 66v . 245 6.1.5 Nylon 610 . 246 6.1.6 Nylon 612 . 246 6.1.7 Nylon 666 or 66/6 . 247 6.1.8 Amorphous Nylon . 247 6.1.9 Nylon 46 247 6.1.10 Polyphthalamide/High-Performance Polyamide(PPA) . 248 6.1.11 Polyarylamide (PAA) . 248 6.2 Nylon 6 (PA6) . 249 6.3 Nylon 11 (PA11) . 257 6.4 Nylon 12 (PA12) . 264 6.5 Nylon 66 (PA66) . 269 6.6 Nylon 610 (PA610) . 312 6.7 Nylon 612 (PA612) . 316 6.8 Nylon 6/66 (PA666) . 328 6.9 Nylon Amorphous 335 6.10 Nylon 46 (PA46) . 344 6.11 Polyphthalamide (PPA) 346 6.12 Polyarylamide (PAA) 362 6.13 Polyamide Blend (PPA) 372 7 Polyolefins and Acrylics . 379 7.1 Background . 379 7.1.1 Polyethylene (PE) . 379 7.1.2 Polypropylene (PP) 381 7.1.3 Polytrimethyl Pentene (PTP) . 381 7.1.4 Ultra High Molecular Weight Polyethylene (UHMWPE) . 382 7.1.5 Rigid Polyvinyl Chloride (PVC) 382 7.1.6 Cyclic Olefin Copolymer (COC) 382 7.1.7 Polyacrylics 382 7.1.8 Other Olefin/Acrylic Polymers 383 7.2 Polyethylene (PE) . 383 7.4 Polymethylpentene (PMP) 396 7.5 Ultra High Molecular Weight Polyethylene (UHMWPE) 401 7.6 Rigid Polyvinyl-Chloride (PVC) . 405 7.7 Cyclic-Olefin-Copolymer (COC) . 409 7.8 Polyacrylics . 412 8 Thermoplastic Elastomers . 419 8.1 Background . 419 8.1.1 Thermoplastic Polyurethane Elastomers (TPUs) 419x Contents 8.1.2 Thermoplastic Copolyester Elastomers (TPE-Es or COPEs) 420 8.1.3 Polyether Block Amide (PEBA) Thermoplastic Elastomers . 420 8.2 Thermoplastic Polyurethane Elastomers (TPU) . 421 8.3 Thermoplastic Copolyester Elastomers (TPE-Es or COPEs) . 432 8.4 Polyether Block Amide (PEBA) Thermoplastic Elastomers 443 9 Fluoropolymers . 447 9.1 Background . 447 9.1.1 Polytetrafluoroethylene (PTFE) . 447 9.1.2 Polyethylene Chlorotrifluoroethylene (ECTFE) 448 9.1.3 Polyethylene Tetrafluoroethylene (ETFE) . 448 9.1.4 Fluorinated-Ethylene-Propylene (FEP) . 448 9.1.5 Perfluoro-Alkoxy (PFA) 449 9.1.6 Polychlorotrifluoroethylene (PCTFE) 449 9.1.7 Polyvinylidene-Fluoride (PVDF) . 449 9.1.8 THV 450 9.1.9 HTE 450 9.1.10 Fluoroplastic Melting Points . 450 9.2 Polytetrafluoroethylene (PTFE) 451 9.3 Ethylene Chlorotrifluoroethylene (ECTFE) 455 9.4 Ethylene Tetrafluoroethylene (ETFE) . 461 9.5 Fluorinated-Ethylene-Propylene (FEP) 467 9.6 Perfluoro Alkylvinylether (PFA) . 474 9.7 Polychlorotrifluoroethylene (PCTFE) . 481 9.8 Polyvinylidene Fluoride (PVDF) . 489 10 High Temperature Polymers . 503 10.1 Background . 503 10.1.1 Polyetheretherketone (PEEK) . 503 10.1.2 Polyethersulfone (PES) 503 10.1.3 PolyphenyleneSulfide (PPS) 503 10.1.4 Polysulfone (PSU) 504 10.1.5 Polybenzimidazole (PBI) . 504 10.2 Polyetheretherketone (PEEK) . 505 10.3 Polyether Sulfone (PES) . 513 10.4 Polyphenylene Sulfide (PPS) 523 10.5 Polysulfone (PSU) 537 11 Tables of Selected ISO 10350 Properties . 551 11.1 Background . 551 11.7 Polyolefins and Acrylics 658 11.8 Thermoplastics Elastomers . 666 11.9 Fluoropolymers 671 11.10 Miscellaneous High Temperature Plastics 680 12 Tables of Selected Thermal Properties . 687 12.1 Background . 687 12.2 Styrenic Plastics . 688 12.3 Polyethers 697 12.4 Polyesters . 705 12.5 Polyimides 729Contents xi 12.6 Polyamides (Nylons) 731 12.7 Polyolefins and Acrylics . 749 12.8 Thermoplastic Elastomers 756 12.9 Fluoropolymers 759 12.10 Miscellaneous High Temperature Plastics 760 Appendix 1: Abbreviations 765 Appendix 2: Trade Names . 767 Appendix 3: Unit Conversion Tables 775 Index 777 777 4-Hydroxybenzoic acid (HBA), 151 4-Methylpentene-1 based polyolefin, 381 4-Methylpentene-1, 379 6-Hydroxynaphthalene-2-carboxylic acid (HNA), 151 ABS/A. Schulman, 561–563, 693 ABS/DOW, 559–561, 691–693 ABS/Lanxess, 563, 693–694 Acetal copolymer, see Polyoxymethylene copolymer (POM-Co) Acetal homopolymer, see Polyoxymethylene (POM) Acrylic/Arkema, 663, 753 Acrylic/Degussa, 663–665, 754–755 Acrylics, 379–417, 749–755 Acrylite acrylic resin shear modulus vs. temperature of, 414 Acrylonitrile-butadiene-styrene (ABS), 4, 42, 61–78 chemical structure, 43 Acrylonitrile-styrene-acrylate (ASA), 41–42, 51–55 tensile modulus vs. temperature for, 210 Addition polymerization, 1 Additives, 5–7 Adipic acid, 244 ALCOM PP 620/8 GF/MRX, 749 Algoflon 15GL, 673 Algoflon 15GR, 673 Algoflon 25 CAR B, 673 Algoflon 25CAR, 673 Algoflon 25GL, 673 Algoflon 50 INOX, 673 Algoflon 55BZ+5Mos, 674 Algoflon 60BZ, 673 Algoflon DF 210, 673 Algoflon DF 230, 673 Algoflon DF 280X, 673 Algoflon DF 380, 673 Algoflon DF 381, 673 Algoflon DF 680X, 673 Algoflon F3140 X, 673 Algoflon F5, 673 Algoflon F5/S, 673 Algoflon F6, 673 Algoflon F7, 673 Algoflon S 111, 673 Algoflon S 121, 673 Algoflon S 131, 673 Algoflon 25CAR+5CER, 674 Altech PP-B A1000/120 UV, 659, 749 Altech PP-B A2020/150 GF20 CP, 659, 749 Altech PP-B A2030/150 GF30 CP, 659, 749 Altech PP-B A2040/150 GF40 CP, 659, 749 Altech PP-B A4430/120 MR30 UV, 659, 749 Altech PP-B A4815/100 MR15, 659, 749 Altech PP-H A1000/100 DS, 659, 749 Altech PP-H A1000/140 FR, 659, 749 Altech PP-H A1000/149 FR, 659, 749 Altech PP-H A2020/100 GF20, 660, 749 Altech PP-H A2020/150 GF20 CP, 660, 749 Altech PP-H A2030/100 GF30, 660, 749 Altech PP-H A2030/156 GF30 CP, 660, 750 Altech PP-H A2030/157 GF30 CP, 660, 750 Altech PP-H A2030/158 GF30 CP, 660, 750 Altech PP-H A2030/252 GF30 UV CP, 660, 750 Altech PP-H A3020/100 GB20, 660, 750 Altech PP-H A3030/100 GB30, 660, 750 Altech PP-H A4818/100 MR18 DS, 661, 750 Altech PP-H A4920/100 MR20, 661, 750 Altech PP-H A4920/106 MR20, 661, 750 Altech PP-H A4920/170 MR20, 661, 750 Altech PP-H A4930/100 MR30, 661, 750 Altech PP-H A4930/106 MR30, 661, 750 Altech PP-H A4940/100 MR40, 661, 750 ALTECHO PP-B A 4920/100 MR20, 749 AltechO PP-B A4920/100 MR20, 659 AltechO PP-H A2030/150 GF30 CP, 660, 749 AltechO PP-H A2030/250 GF30 CP, 660, 750 AltechO PP-H A2040/150 GF40 CP, 660, 750 Alternating copolymer, 2 Altuglas DRM, 663, 753 Altuglas DRT, 663, 753 Altuglas HFI-10, 663, 753 Altuglas HFI-7, 663, 753 Altuglas HT 121, 663, 753 Altuglas MI-2T, 663, 753 Altuglas MI-4T, 663, 753 Altuglas MI-7T, 663, 753 Altuglas SG 10, 663, 753 Altuglas SG 7, 663, 753 Altuglas V 044, 663, 753 Altuglas V 045, 663, 753 Altuglas V 825 HID, 663, 753 Altuglas V 825 T, 663, 753 Altuglas V 920 T, 663, 753 Altuglas VM, 663, 753 American Society for Testing and Materials (ASTM), 7, 379 Amilan CM2001 (dry), 643 Amilan CM2001(cond), 643 INDEX778 Index Amilan CM2001, 742 Amilan CM2006 (dry), 643 Amilan CM2006 (cond), 643 Amilan CM2006, 742 Amilan CM2401, 643, 742 Aminolauric acid, 244 Aminoundecanoic acid, 244 Amite A06 300, 598 Amitel PL650, 667, 757 Amodel A-1133 HS (cond.), 647 Amodel A–1133 HS (dry), 647 Amodel A-1133 HS, 743 Amodel A-1145 HS (cond.), 647 Amodel A-1145 HS (dry), 647 Amodel A-1145 HS, 743 Amodel A1230 L (dry), 647 Amodel A-1230 L (cond.), 647 Amodel A-1230 L, 743 Amodel A-1240 HS (cond.), 647 Amodel A-1240 HS (dry), 647 Amodel A-1240 HS, 743 Amodel A-1240 L (dry), 647 Amodel A-1240 L, 647, 743 Amodel A-1565 HS (dry), 647 Amodel A-1565 HS, 743 Amodel AF-1133 V0 (cond.), 647 Amodel AF-1133 V0 (dry), 647 Amodel AF-1133 V0, 743 Amodel AF-1145 V0 (cond.), 647 Amodel AF-1145 V0 (dry), 647 Amodel AF-1145 V0, 744 Amodel AF-4133 V0 (cond.), 647 Amodel AF-4133 V0 (dry), 647 Amodel AF-4133 V0, 744 Amodel AF-4145 V0 (cond.), 648 Amodel AF-4145 V0 (dry), 648 Amodel AF-4145 V0, 744 Amodel AFA-4133 V0 Z (dry), 648 Amodel AFA-4133 V0 Z, 744 Amodel AFA-6133 V0 Z (dry), 648 Amodel AFA-6133 V0 Z, 744 Amodel AFA-6145 V0 Z (dry), 648 Amodel AFA-6145 V0 Z, 744 Amodel AP-9240 NL NT (dry), 648 Amodel AP-9240 NL NT, 744 Amodel AS-1133 HS (cond.), 648 Amodel AS-1133 HS (dry), 648 Amodel AS-1133 HS, 744 Amodel AS-1145 HS (cond.), 648 Amodel AS-1145 HS (dry), 648 Amodel AS-1145 HS, 744 Amodel AS-1566 HS (cond.), 648 Amodel AS-1566 HS (dry), 648 Amodel AS-1566 HS, 744 Amodel AS-1933 HS (dry), 648 Amodel AS-1933 HS, 744 Amodel AS-1945 HS (dry), 649 Amodel AS-1945 HS, 744 Amodel AS-4133 HS (cond.), 649 Amodel AS-4133 HS (dry), 649 Amodel AS-4133 HS, 744 Amodel AS-4145 HS (cond.), 649 Amodel AS-4145 HS (dry), 649 Amodel AS-4145 HS, 744 Amodel AT-1001 L (dry), 649 Amodel AT-1001 L (cond.), 649 Amodel AT-1001 L, 744 Amodel AT-1116 HS (cond.), 649 Amodel AT-1116 HS (dry), 649 Amodel AT-1116 HS, 744 Amodel AT-1125 HS (cond.), 649 Amodel AT-1125 HS (dry), 649 Amodel AT-1125 HS, 744 Amodel AT-5001 (cond.) Amodel AT-5001 (dry), 649 Amodel AT-5001, 744 Amodel AT-6115 HS, 744 Amodel ET-1001 HS (cond.), 649 Amodel ET-1001 HS (dry), 649 Amodel ET-1001 HS, 744 Amodel ET-1001 L (dry), 649 Amodel ET-1001 L (cond.), 649 Amodel ET-1001 L, 744 Amorphous nylon, 247 chemical structure, 248 Antiblocking agents, 5 Antistatic agents, 6 Apec 1600, 578, 705 Apec 1605, 578, 705 Apec 1695, 578, 705 Apec 1700, 578, 705 Apec 1703, 578, 705 Apec 1705, 578, 705 Apec 1745, 578, 705 Apec 1795, 578, 705 Apec 1800, 578, 705 Apec 1803, 578, 705 Apec 1805, 578, 705 Apec 1895, 578, 705 Apec 1897, 578, 705 Apec 2095, 578, 705 Apec 2097, 578, 705 Apec DP1-9354, 578, 705 Apec DP1-9354/1, 578, 705 Apec DP1-9379, 578, 705 Apec DP1-9389, 578, 705 Arkema Kynar Flex 2750 stress vs. strain at various temperatures for, 490 Arkema Kynar Flex 710 stress vs. strain at various temperatures for, 490INDEX 779 Arkema Kynar Flex copolymer PVDF resins, see also individual entries shear modulus vs. temperature for, 493 tensile strength vs. temperature for, 495 Young’s modulus vs. temperature for, 494 Arkema Orgalloy RS 6010 pressure-specific volume-temperature (PVT) for, 377 stress vs. strain at various temperatures for, 375 Arkema Pebax 2533 SN 01 stress vs. strain at various temperatures for, 443 Arkema Pebax 3533 SN 01 stress vs. strain at various temperatures for, 444 Arkema Pebax 4033 SN 01 stress vs. strain at various temperatures for, 444 Arkema Pebax PEBA thermoplastic elastomer resins shear modulus vs. temperature for, 445 Arkema Rilsan BMN P20 stress vs. strain at temperatures for, 257 Arkema Rilsan BMN PA11 resin elongation at break vs. temperature for, 259 equilibrium water absorption vs. relative humidity for, 264 flexural modulus vs. temperature for, 259, 260 Rockwell hardness vs. temperature for, 263 shear modulus vs. temperature for, 260 stress at yield vs. moisture content for, 262 tensile strength vs. temperature for several, 262 Arkema Rilsan BUM 30 O stress vs. strain at various temperatures for, 257 Arkema Rilsan BZM 23 G9 stress vs. strain at various temperatures for, 258 Arkema Rilsan PA11 resins torsional modulus vs. moisture content for, 261 Arkema Voltalef 302 PCTFE resin dielectric constant vs. temperature at 25°C for, 487 dissipation factor vs. frequency at 25°C for, 488 dissipation factor vs. temperature at 60 Hz for, 488 Arnite A04 900, 598, 721 Arnite A06 101, 598 Arnite A06 300, 721 Arnite A06 700, 599, 721 Arnite AV2 340, 599, 721 Arnite AV2 360 S, 599, 721 Arnite AV2 365 SN, 721, 599 Arnite AV2 370 /B, 599, 721 Arnite AV2 370, 599, 721 Arnite AV2 372, 194, 599, 721 Arnite AV2 390, 599, 721 Arnite D00 301, 599, 721 Arnite T06 200 SNF, 718 Arnite T06 200 (extrusion), 595 Arnite T06 200, 595 Arnite T06 200, 718 Arnite T06 200SNF, 595 Arnite T06 202 XL, 595, 718 Arnite T06 202, 595, 718 Arnite T06 204 SN, 718 Arnite T06 204 XL, 595, 719 Arnite T06 204SN, 595 Arnite T06 206 T, 595 Arnite T08 200 (extrusion), 595 Arnite T08 200, 595, 719 Arnite TM4 440, 605, 725 Arnite TV4 220, 595, 719 Arnite TV4 230 SF, 719 Arnite TV4 230, 595, 719 Arnite TV4 230SF, 595 Arnite TV4 240 S, 595, 719 Arnite TV4 240, 595, 719 Arnite TV4 260 S, 595, 719 Arnite TV4 260 SF, 595, 719 Arnite TV4 261, 595, 719 Arnite TV4 264SN, 596 Arnite TV4 270, 596 Arnite TV4 441, 605, 726 Arnite TV4 461 KL, 605, 726 Arnite TV4 461, 605, 726 Arnite TV6 241 T, 596 Arnitel 3103, 666, 756 Arnitel 3104, 667, 756 Arnitel 3107, 756 Arnitel EB460, 667, 756 Arnitel EB463, 667, 756 Arnitel EB464, 667, 756 Arnitel EB464-01, 667, 757 Arnitel EB500, 667, 757 Arnitel EL550, 667, 757 Arnitel EL630, 667, 757 Arnitel EL695-G4, 667, 757 Arnitel EL740, 667, 757 Arnitel EL740-H/A, 667, 757 Arnitel EM400, 667, 757 Arnitel EM401, 667, 757 Arnitel EM402-L, 667, 757 Arnitel EM460, 667, 757 Arnitel EM550, 667, 757 Arnitel EM630, 667, 757 Arnitel EM630-H, 667, 757 Arnitel EM740, 667, 757 Arnitel PB420, 667, 757 Arnitel PB582-H, 667, 757 Arnitel PL380, 667, 757 Arnitel PL381, 667, 757 Arnitel PL420-H, 667, 757 Arnitel PL460-S, 667, 757 Arnitel PL461, 667, 757 Arnitel PL471, 667, 757 Arnitel PL581, 667, 757 Arnitel PM381, 667, 757 Arnitel PM460, 668, 757 Arnitel PM460-B, 668, 757 Arnitel PM471, 668, 757780 Index Arnitel PM581, 668, 757 Arnitel PM650, 668, 758 Arnitel UM551, 668, 758 Arnitel UM551-V, 668, 758 ASA/A. Schulman, 558, 690 ASA/BASF, 557–558, 689–690 Asahi Kasei Thermylene PP resins flexural modulus at 23°C vs. glass fiber content of, 389 tensile strength at break vs. glass fiber content at 23°C of, 391 tensile strength vs. temperature of, 392 ASTM C177-04 Standard Test Method, 16, 687 ASTM C351-92b (1999) Standard Test Method, 16, 687 ASTM D1238-04c Standard Test Method, 17 ASTM D1525-06 Standard Test Method, 16, 687 ASTM D696-03 Standard Test Method, 16, 25, 687 ASTM D746-04 Standard Test Method, 16, 687 ASTM D790-03 standard test methods, 13 ASTM E1356-03 Standard Test Method, 16, 687 ASTM E228-06 standard test method, 25 ASTM E831-06 Standard Test Method, 16, 25, 687 Avaspire AV-650 GF30, 761 Avaspire AV-650, 760 Avaspire AV-651 GF30, 761 Avaspire AV-651, 761 Avaspire AV-750 GF40, 761 AviSpire PEEK resins dynamic shear modulus vs. temperature of, 508 Basell Polyolefi ns Hostalen PP resin tensile modulus vs. temperature of, 391 Basell Polyolefins Hostalen H1022 stress vs. strain at various temperatures of, 388 Basell Polyolefins Hostalen H2250 stress vs. strain at various temperatures of, 388 Basell Polyolefins Hostalen H5216 stress vs. strain at various temperatures of, 389 Basell Polyolefins Hostalen PP resins coefficient of thermal expansion vs. temperature of, 394, 395 enthalpy vs. temperature of, 395 notched charpy impact strength vs. temperature of, 393, 394 Basell Polyolefins Hostalen PPN 1060 F PP resins dissipation factor vs. temperature and frequency of, 396 Basell Polyolefins Lupolen 1810H stress vs. strain at various temperatures of, 383 Basell Polyolefins Lupolen 5031L stress vs. strain at various temperatures of, 383 Basell Polyolefins Lupolen 5041H stress vs. strain at various temperatures of, 384 Basell Polyolefins Lupolen 5261Z stress vs. strain at various temperatures of, 384 Basell Polyolefins Lupolen 6031M stress vs. strain at various temperatures of, 385 Basell Polyolefins PE resin hardness vs. density of, 387 notched tensile impact strength vs. melt flow rate (MFR) of, 386 specific volume vs. temperature and pressure (PVT) of, 387 tensile modulus vs. density of, 386 yield stress vs. density of, 385 BASF Elastollan 1164 D stress vs. strain at various temperatures for, 421 BASF Elastollan 1185 A stress vs. strain at various temperatures for, 421 BASF Elastollan C 64 D stress vs. strain at various temperatures for, 422 BASF Elastollan C 85 A stress vs. strain at various temperatures for, 422 BASF Elastollan C 95 A stress vs. strain at various temperatures for, 423 BASF Elastollan polyester TPU resins coefficient of linear thermal expansion vs. temperature for, 432 hardness vs. temperature for, 431 BASF Elastollan R 1000 stress vs. strain at various temperatures for, 424 BASF Elastollan R 2000 stress vs. strain at various temperatures for, 425 BASF Elastollan R 3000 stress vs. strain at various temperatures for, 425 BASF Elastollan R glass fiber fi lled TPU resins elastic modulus vs. temperature for, 428, 429 tear strength vs. temperature for, 429, 430 BASF for Hostaform C 2521 elongation at break vs. temperature for, 125 BASF Hostaform dissipation factor vs. frequency at 25°C for, 130 dissipation factor vs. temperature at 105 Hz for, 130 BASF Hostaform C 9021 ball indentation hardness vs. temperature for, 123 Specific volume as a function of PVT for, 123 BASF Luran 368 R specific volume as a function of PVT for, 61 tensile stress vs. strain for, 55 BASF Luran 378P tensile stress vs. strain for, 56 BASF Luran 378P G7 tensile stress vs. strain for, 56 BASF Luran 388S tensile stress vs. strain for, 57 BASF Luran ASA resins falling dart impact vs. temperature for, 54 penetration energy vs. temperature for, 55 shear modulus vs. temperature for, 53INDEX 781 BASF Luran S 757 R specific volume as a function of PVT for, 54 tensile stress vs. strain for, 51 BASF Luran S 757 S tensile stress vs. strain for, 51 BASF Luran S 778 T tensile stress vs. strain for, 52 BASF Luran SAN resins shear modulus vs. temperature for, 59 tensile modulus vs. temperature for, 60 BASF PA6 resins (DAM) tensile modulus vs. temperature for, 251, 252 BASF Petra 130 stress vs. strain at various temperatures for, 186 BASF Petra 30 BK-112 stress vs. strain at various temperatures for, 187 BASF Petra 330 FR BK stress vs. strain at various temperatures for, 187 BASF Petra reinforced recycled PET resins flexural modulus vs. temperature for, 190 shear modulus vs. temperature for, 193 BASF polystyrenes BASF Polystyrene 158 K stress vs. strain at various temperatures for, 44 BASF Polystyrene 454 C stress vs. strain at various temperatures for, 44 linear thermal expansion vs. temperature for, 49 tensile modulus vs. temperature for, 46 Young’s modulus vs. temperature for, 47 BASF Styrolux 3G55 resin Young’s modulus vs. polystyrene content for, 83 BASF Styrolux 656 C high flow SBC resin specific volume as a function of PVT for, 85 BASF Styrolux 684D resin penetration energy (ISO 6603-2) vs. polystyrene content for, 84 Vicat softening temperature vs. polystyrene content for, 84 BASF Styrolux SBC resins stress vs. strain at 23°C for, 83 BASF Terblend ABS/PA resins tensile modulus vs. temperature for, 91 BASF Terblend N NG04 stress vs. strain at various temperatures for, 89 BASF Terluran ABS resins tensile modulus vs. temperature for, 72 BASF Terluran HH-106 tensile stress vs. strain for, 66 BASF Terluran HI-10 tensile stress vs. strain for, 67 BASF Ultradur tensile strength vs. temperature for, 176 BASF Ultradur S4090 tensile strength vs. temperature for, 211 BASF Ultradur S4090 G4 dielectric constant vs. frequency at 23°C for, 212 dissipation factor vs. frequency at 23°C for, 212 BASF Ultraform acetal copolymer resins modulus of elasticity vs. temperature for, 115 shear modulus vs. temperature for, 116 tensile modulus vs. temperature for, 118 BASF Ultraform H 2320 006 specific volume as a function of PVT for, 124 stress vs. strain for, 113 BASF Ultraform H 4320 stress vs. strain for, 113 BASF Ultraform N 2200 G53 specific volume as a function of PVT for, 124 stress vs. strain for, 114 BASF Ultramid A3EG10 stress vs. strain at various temperatures for, 277, 278 BASF Ultramid A3EG6 dielectric strength vs. moisture content and temperature for, 309 stress vs. strain at various temperatures for, 275, 276 volume resistivity vs. temperature for, 311 BASF Ultramid A3K pressure-specific volume-temperature (PVT) for, 304 stress vs. strain at various temperatures for, 278, 279 BASF Ultramid A3WG7 stress vs. strain at various temperatures for, 276, 277 BASF Ultramid A3XG6 volume resistivity vs. temperature for, 311 BASF Ultramid B3EG5 stress vs. strain at various temperatures for, 249–250 BASF Ultramid B3K pressure–specific volume-temperature (PVT) for, 255 BASF Ultramid B-3nylon 6 notched izod of, 6 BASF Ultramid C3U stress vs. strain at various temperatures for, 330 BASF Ultramid C3U-C 3U pressure-specific volume-temperature (PVT) for, 335 BASF Ultramid PA6 resins linear thermal expansion vs. temperature for, 256 shear modulus vs. temperature for several, 251 tensile strength vs. moisture content for several, 254 water absorption vs. relative humidity for, 256 BASF Ultramid PA66 resins (DAM) linear thermal expansion vs. temperature for, 306 shear modulus vs. temperature for, 290, 333 tensile modulus vs. temperature for, 291, 292, 334 tensile strength vs. moisture content for, 298 Young’s modulus vs. temperature for, 292 BASF Ultramid reinforced PA6 resins Young’s modulus vs. temperature for, 253 BASF Ultramid S3 and S4 PA610 resins linear thermal expansion vs. temperature for, 315 water absorption vs. relative humidity for, 315782 Index BASF Ultrason E 1010 stress vs. strain at several temperatures of, 513 BASF Ultrason E 2010 dissipation factor vs. temperature at 1 kHz of, 522 shear modulus vs. temperature of, 516 stress vs. strain at several temperatures of, 514 tensile modulus vs. temperature of, 516, 517 tensile strength vs. temperature of, 518 Young’s modulus vs. temperature of, 517 BASF Ultrason E 2010 G4 charpy impact strength vs. temperature of, 519 stress vs. strain at several temperatures of, 513 BASF Ultrason E 2010 G6 stress vs. strain at several temperatures of, 514 BASF Ultrason E 3010 stress vs. strain at several temperatures of, 515 BASF Ultrason S 2010 G4 stress vs. strain at several temperatures of, 538 BASF Ultrason S 2010 PSU resins charpy notched impact strength vs. temperature of, 546 BASF Ultrason S 2010 specific volume as a function of temperature and pressure (PVT) of, 547 stress vs. strain at several temperatures of, 538 BASF Ultrason S PSU resins shear modulus vs. temperature of, 540 tensile modulus vs. temperature of, 542 tensile strength vs. temperature of, 545 Young’s modulus vs. temperature of, 542 Bayblend DP T50, 602, 724 Bayblend DP T65 TX, 724 Bayblend DP T90, 602, 724 Bayblend DP W65, 602 Bayblend DPT65 TX, 602 Bayblend FR 2000 BBS052, 724 Bayblend FR 2000, 724 Bayblend FR 2010, 724 Bayblend FR 3000, 724 Bayblend FR 3005, 724 Bayblend FR 3030, 724 Bayblend KU 1-1446, 724 Bayblend KU 2-1514 BBS073, 724 Bayblend KU 2-1514, 724 Bayblend KU 2-1522, 724 Bayblend KU 2-3020, 724 Bayblend KU1-1446, 602 Bayblend KU2-1514 BBS073, 603 Bayblend KU2-1514, 602 Bayblend KU2-1522, 603 Bayblend KU2-3020, 603 Bayblend R-R 610, 603, 724 Bayblend T45 PG, 603, 724 Bayblend T45, 603, 724 Bayblend T65, 603, 724 Bayblend T85, 603, 725 Bayblend T88-2N, 603, 725 Bayblend T88-4N, 603, 725 Bayblend R 2000, 603 Bayblend R 2000BBS052, 603 Bayblend R 2010, 603 Bayblend R 3000, 603 Bayblend R 3005, 603 Bayblend R 3030, 603 Bayer Cadon SMA resins notched Izod impact strength vs. temperature for, 81 tensile strength vs. temperature for, 80 Bayer Desmopan 453 stress vs. strain at various high temperatures for, 423, 424 Bayer MaterialScience Apec 1600 stress vs. strain at, 152 Bayer MaterialScience Apec 1700 stress vs. strain at various temperatures for, 153 Bayer MaterialScience Bayblend ABS/PC resins shear modulus vs. temperature for several, 90 Bayer MaterialScience Bayblend T85 stress vs. strain at various temperatures for, 85 Bayer MaterialScience Bayblend T88-2N PVT for, 94 stress vs. strain at various temperatures for, 86 Bayer MaterialScience Makrolon 2205 pressure-specific volume-temperature (PVT) for, 158 stress vs. strain at various temperatures for, 155 Bayer Texin 285 stress vs. strain at various low temperatures for, 426 Bayer Texin 390 stress vs. strain at various low temperatures for, 427 Bayer TPU resins tensile set vs. temperature for, 431 tensile strength vs. temperature for, 430 Biphenol diamine PMDA polyetherimide (Aurum ) chemical structure of, 214 Blends, polymer, 4–5 immiscible blends, 4 multiphase polymer blends, 4 Blends, styrenic, 43 Block copolymerization, 2, 30 BPADA monomer chemical structure of, 215 BPADA-based Pis blends of, 216 BPADA-DDS polyetherimide sulfone (Ultem XH6050) chemical structure of, 214 BPADA-MPD polyetherimide (Ultem 1000 series) chemical structure of, 214 BPADA-PMDA-MPD copolyetherimide (Ultem 6000 series) chemical structure of, 215 BPADA-PPD polyetherimide chemical structure of, 214 Branched polymers, 2–3INDEX 783 Calibre 1080 DVD, 581, 707 Calibre 200 10MFR, 581, 707 Calibre 200 15MFR, 581, 707 Calibre 200 22MFR, 581, 707 Calibre 200 4 MFR, 581, 708 Calibre 200 6 MFR, 581, 708 Calibre 201 10MFR, 581, 708 Calibre 201 15MFR, 581, 708 Calibre 201 22MFR, 581, 708 Calibre 201 4 MFR, 581, 708 Calibre 201 6 MFR, 581, 708 Calibre 202 10MFR, 581, 708 Calibre 202 15MFR, 581, 708 Calibre 202 22MFR, 582, 708 Calibre 202 4 MFR, 582, 708 Calibre 202 6 MFR, 582, 708 Calibre 203 10MFR, 582, 708 Calibre 203 15MFR, 582, 708 Calibre 203 22MFR, 582, 708 Calibre 203 4 MFR, 582, 708 Calibre 203 6 MFR, 582, 708 Calibre 2060 10MFR, 582, 708 Calibre 2060 15MFR, 582, 708 Calibre 2061 10MFR, 582, 708 Calibre 2061 15MFR, 582, 708 Calibre 2071 15MFR, 582, 708 Calibre 300 10MFR, 582, 708 Calibre 300 15MFR, 582, 708 Calibre 300V 10MFR, 583, 708 Calibre 300V 15MFR, 583, 708 Calibre 300V 6MFR, 583, 708 Calibre 301 10MFR, 583, 709 Calibre 301 15MFR, 583, 709 Calibre 301 6 MFR, 583, 709 Calibre 301EP 22MFR, 583, 709 Calibre 301EP 31MFR, 583, 709 Calibre 301V 10MFR, 583, 709 Calibre 301V 15MFR, 583, 709 Calibre 301V 6MFR, 583, 709 Calibre 302 10MFR, 583, 709 Calibre 302 15MFR, 583, 709 Calibre 302 6 MFR, 583, 709 Calibre 302EP 22MFR, 583, 709 Calibre 302EP 31MFR, 583, 709 Calibre 302V 10MFR, 583, 709 Calibre 302V 15MFR, 583, 709 Calibre 302V 6MFR, 584, 709 Calibre 303 10MFR, 584, 709 Calibre 303 15MFR, 584, 709 Calibre 303 6 MFR, 584, 709 Calibre 303 8 MFR, 584, 709 Calibre 303EP 22MFR, 584, 709 Calibre 303EP 31MFR, 584, 709 Calibre 303V 10MFR, 584, 709 Calibre 303V 15MFR, 584, 709 Calibre 303V 4MFR, 584, 709 Calibre 303V 6MFR, 584, 709 Calibre 303V 8MFR, 584, 709 Calibre 3041 35MFR, 584, 709 Calibre 3043 35MFR, 584, 709 Calibre 5101 15MFR, 585, 709 Calibre 5210 15MFR, 585, 710 Calibre 5210 8MFR, 585, 710 Calibre 600 2 MFR, 585, 710 Calibre 600 3 MFR, 585, 710 Calibre 603 3 MFR, 585, 710 Calibre 701 10MFR, 585, 710 Calibre 701 15MFR, 585, 710 Calibre 7101 15MFR, 585, 710 Calibre 7101 8MFR, 585, 710 Calibre 7211 5MFR, 585, 710 Calibre 891 10MFR, 585, 710 Calibre 891 19MFR, 585, 710 Calibre 893 19MFR, 585, 710 Calibre IM 401 11, 585, 710 Calibre IM 401 18, 585, 710 Calibre MegaRad2080 10 MFR, 585, 710 Calibre MegaRad2080 15 MFR, 585, 710 Calibre MegaRad2081 10 MFR, 585, 710 Caprolactam, 244 Capron AG40C (dry), 639 Capron AG50G6 HSBK0100 (dry), 640 Catalysts, 5 Celanese method, 97 Celanex 1300A, 588, 713 Celanex 1400A, 588, 713 Celanex 1462Z, 588, 713 Celanex 1600A, 588, 713 Celanex 1602Z, 589, 713 Celanex 1612Z, 589, 713 Celanex 1632Z, 589, 713 Celanex 1662Z, 589, 713 Celanex 1700A, 589, 713 Celanex 2000, 589, 713 Celanex 2000-2, 589, 713 Celanex 2000-K, 589, 713 Celanex 2001 HP, 589, 713 Celanex 2001, 589, 713 Celanex 2002, 589, 713 Celanex 2002-2, 589, 713 Celanex 2002AP, 589, 713 Celanex 2002UV, 589, 713 Celanex 2003, 589, 713 Celanex 2003-2, 589, 713 Celanex 2003HR, 589, 714 Celanex 2004, 589, 714 Celanex 2004-2, 589, 714 Celanex 2008, 589, 714 Celanex 2012, 589, 714 Celanex 2014, 589, 714 Celanex 2016, 589, 714 Celanex 2025, 589, 714784 Index Celanex 2300GV1/10, 589, 714 Celanex 2300GV1/20, 589, 714 Celanex 2300GV1/30, 589, 714 Celanex 2300GV1/50, 590, 714 Celanex 2300GV3/20, 590, 714 Celanex 2300GV3/30, 590, 714 Celanex 2302GV1/15, 590, 714 Celanex 2302GV1/20, 590, 714 Celanex 2302GV1/30, 590, 714 Celanex 2360 FL, 590, 714 Celanex 2360GV1/10 FL, 590, 714 Celanex 2360GV1/20 FL, 590, 714 Celanex 2360GV1/30 FL, 590, 714 Celanex 2401 MT, 590, 714 Celanex 2402 MT, 590, 714 Celanex 2403 MT, 590, 714 Celanex 2404 MT, 590, 714 Celanex 2500, 590, 714 Celanex 3100, 590, 714 Celanex 3109HR, 591, 715 Celanex 3114, 591, 715 Celanex 3116, 591, 715 Celanex 3200, 591, 715 Celanex 3200-2, 591, 715 Celanex 3200HR, 591, 715 Celanex 3201, 591, 715 Celanex 3210-2, 591, 715 Celanex 3214, 591, 715 Celanex 3216, 591, 715 Celanex 3226, 591, 715 Celanex 3300, 591, 715 Celanex 3300-2, 591, 715 Celanex 3300D, 591, 715 Celanex 3300HR, 591, 715 Celanex 3300LM, 591, 715 Celanex 3309HR, 591, 715 Celanex 3309HRT, 591, 715 Celanex 3310, 591, 715 Celanex 3314, 591, 715 Celanex 3316, 591, 715 Celanex 3325HRT, 591, 715 Celanex 3400, 591, 715 Celanex 3409HR, 591, 715 Celanex 4016, 591, 715 Celanex 4202, 591, 715 Celanex 4300, 591, 716 Celanex 4300LM, 591, 716 Celanex 4302, 591, 716 Celanex 4302HS, 591, 716 Celanex 4302LM, 592, 716 Celanex 4305, 592, 716 Celanex 4306, 592, 716 Celanex 5200, 592, 716 Celanex 5200-2, 592, 716 Celanex 5201, 592, 716 Celanex 5202, 592, 716 Celanex 5203, 592, 716 Celanex 5300, 592, 716 Celanex 5300-2, 592, 716 Celanex 602AC, 592, 716 Celanex 6400-2, 592, 716 Celanex 6406, 592, 716 Celanex 6407, 592, 716 Celanex 6500, 592, 716 Celanex 6500LM, 592, 716 Celanex 7316, 592, 716 Celanex 7700, 592, 716 Celcon AM90S Plus, 569, 698 Celcon AM90S, 569, 698 Celcon AS270, 569, 698 Celcon C13031 XAS, 569, 698 Celcon C13031 XF, 570, 698 Celcon CF801, 570, 698 Celcon CF802, 570, 698 Celcon EC–90PLUS, 570, 698 Celcon EF10, 570, 698 Celcon GB10, 570, 698 Celcon GB25, 570, 698 Celcon GC10, 570, 698 Celcon GC15, 570, 698 Celcon GC20, 570, 698 Celcon GC25A, 570, 698 Celcon GC25T, 570, 698 Celcon GC25TF, 570, 698 Celcon GC90UV, 570, 698 Celcon LM25, 570, 699 Celcon LM90, 570, 699 Celcon LM90Z, 570, 699 Celcon LU02, 570, 699 Celcon LW25-S2, 570, 699 Celcon LW90, 570, 699 Celcon LW90-F1, 570, 699 Celcon LW90-F2, 570, 699 Celcon LW90-F4, 570, 699 Celcon LW90-F5, 571, 699 Celcon LW90GPK, 571, 699 Celcon LW90-S2, 571, 699 Celcon LWGC-F4, 571, 699 Celcon LWGC-S2, 571, 699 Celcon M140, 571, 699 Celcon M140-L1, 571, 699 Celcon M15HP, 571, 699 Celcon M25, 571, 699 Celcon M25UV, 571, 699 Celcon M270, 571, 699 Celcon M270UV, 571, 699 Celcon M30AE, 571, 699 Celcon M450, 571, 699 Celcon M50, 571, 699 Celcon M90-34, 571, 699 Celcon M90AW, 571, 699 Celcon M90SW, 571, 699INDEX 785 Celcon M90, 571, 699 Celcon M90UV, 571, 699 Celcon MC270, 571, 700 Celcon MC270-HM, 571, 700 Celcon MC90, 571, 700 Celcon MC90-HM, 571, 700 Celcon MR15HPB, 571, 700 Celcon MR50B, 571, 700 Celcon MR90B, 571, 700 Celcon MT12R01, 571, 700 Celcon MT12U01, 572, 700 Celcon MT12U03, 572, 700 Celcon MT24F01, 572, 700 Celcon MT24U01, 572, 700 Celcon MT2U01, 572, 700 Celcon MT8F01, 572, 700 Celcon MT8F02, 572, 700 Celcon MT8R02, 572, 700 Celcon MT8U01, 572, 700 Celcon TX90, 572, 700 Celcon TX90PLUS, 572, 700 Celcon UV140LG, 572, 700 Celcon UV25Z, 572, 700 Celcon UV270Z, 572, 700 Celcon UV90Z Metallics, 701 Celcon UV90Z, 700 Celcon WR25Z, 572, 701 Celcon WR9OZ, 572, 701 Celstran PBT-GF40-08, 716 Celstran PEHDGF40-01, 658 Celstran PEHDGF60-01-US, 658 Celstran PP-GF30-02, 661, 753 Celstran PP-GF30-03, 661 Celstran PP-GF30-04, 661, 753 Celstran PP-GF30-05, 661, 753 Celstran PP-GF30-10, 661, 753 Celstran PP-GF40-02, 661, 753 Celstran PP-GF40-03, 661 Celstran PP-GF40-04, 662, 753 Celstran PP-GF40-0414P10/10, 662, 753 Celstran PP-GF40-05, 662 Celstran PP-GF40-10, 662 Celstran PP-GF50-02, 662 Celstran PP-GF50-03, 662 Celstran PP-GF50-04, 662, 753 Celstran PP-GF50-0403P10/10, 662, 753 Celstran PP-GF50-0405P10/10, 662 Celstran PP-GF50-0453P10/10, 662, 753 Celstran PP-GF50-0455P10/10, 662 Celstran PP-GF50-10, 662 Charpy impact strength testing, 14–15, 32 sample configurations, 15 Chevron Phillips Chemical Marlex PP flexural modulus vs. temperature of, 390 Chevron Phillips Chemical Ryton BR111 stress vs. strain at several temperatures of, 523 Chevron Phillips Chemical Ryton BR42B stress vs. strain at several temperatures of, 523 Chevron Phillips Chemical Ryton PPS resins flexural modulus vs. temperature of, 527fl exural strength vs. temperature of, 528 shear strength vs. temperature of, 529 tensile strength vs. temperature of, 530 Chevron Phillips Chemical Ryton R-4 dielectric constant vs. frequency and temperature of, 534 Izod impact strength vs. high temperature of, 533 Chevron Phillips Chemical Ryton R-7 dielectric constant vs. frequency and temperature of, 534 Chevron Phillips Chemical Ryton Ryton R-10-110BL Stress vs. strain at several temperatures of, 526 Chevron Phillips Chemical Ryton Ryton R-4-200BL stress vs. strain at several temperatures of, 524 Chevron Phillips Chemical Ryton Ryton R-7-120BL Stress vs. strain at several temperatures of, 525 Chisso America Olehard resin flexural modulus vs. temperature of, 390 tensile strength at break vs. temperature of, 392 Coefficient of thermal expansion, 25 ASTM D696-03 standard test method, 25 ASTM E228-06 standard test method, 25 ASTM E831-06 standard test method, 25 ISO 11359-2:1999 plastics, 25 Combustion modifiers, 5 Compressive properties, plastics, 12 Condensation polymerization, 1 Copolymers classification, 2 alternating copolymer, 2 block copolymer, 2 graft copolymer, 2 random copolymer, 2 Coupling agents, 7 Crastin 6129 NC010, 719 Crastin 6129CNC010, 596 Crastin 6129NC010, 596 Crastin 6130 NC010, 719 Crastin 6130CNC010, 596 Crastin 6130NC010, 596 Crastin 6131 NC010, 719 Crastin 6131CNC010, 596 Crastin 6131NC010, 596 Crastin 6134 NC010, 719 Crastin 6134CNC010, 596 Crastin 6134NC010, 596 Crastin BM6450XD BK560, 719 Crastin CE2055BKB580, 597 Crastin CE2548GY740, 597 Crastin HR5315HF NC010, 719 Crastin HR5330HF NC010, 719 Crastin HTI668FR NC010, 597, 719786 Index Crastin LW9020 NC010, 727 Crastin LW9020FR NC010, 727 Crastin LW9020NC010, 607 Crastin LW9030 NC010, 727 Crastin LW9030FR NC010, 727 Crastin LW9030NC010, 607 Crastin LW9320NC010, 607, 727 Crastin LW9330 NC010, 607, 727 Crastin S600F10 NC010, 719 Crastin S600F20 NC010, 719 Crastin S600F40 NC010, 719 Crastin S600LF NC010, 719 Crastin S620F20 NC010, 719 Crastin S660FR NC010, 719 Crastin SK601 NC010, 719 Crastin SK602 NC010, 719 Crastin SK603 NC010, 719 Crastin SK605 NC010, 719 Crastin SK608 BK509, 719 Crastin SK609 NC010, 720 Crastin SK662FR NC010, 720 Crastin SK665FR BK507, 720 Crastin SO653 NC010, 720 Crastin ST820 NC010, 720 Crastin ST830FR NC010, 720 Crastin ST830FRUV NC010, 720 Crastin T803 NC010, 720 Crastin T805 NC010, 720 Crastin T835FRUV NC010, 720 Crastin T841FR NC010, 720 Crastin BM6450XD BK560, 596 Crastin HR5315HF BK503, 597 Crastin HR5315HF NC010, 597 Crastin HR5330HF BK503, 597 Crastin HR5330HF NC010, 597 Crastin LW9020FR NC010, 607 Crastin LW9030FR NC010, 607 Cross-linked polymers, 2–3 Crystalline vs. amorphous thermoplastics, 3–4 Cyclic Olefin Copolymer (COC), 382 D3763-06 standard test method, 16 D5420-04 standard test method, 15 D5628-06 standard test method, 15 Degussa Trogamid amorphous nylon linear expansion vs. moisture content for, 340 linear thermal expansion vs. temperature for, 341 moisture content vs. relative humidity for, 341 storage modulus vs. temperature for, 338 tensile modulus vs. temperature for, 339 Degussa Trogamid T5000 charpy notched impact strength vs. temperature for, 339 dielectric constant vs. frequency and water content for, 342 dielectric constant vs. temperature for, 342 dissipation factor vs. frequency for, 343 dissipation factor vs. temperature for, 343 pressure-specifi c volume-temperature (PVT) for, 340 stress vs. strain for, 336, 337 Degussa Vestamid L1723 sw pressure-specific volume-temperature (PVT) for, 268 stress vs. strain at various temperatures for, 265, 266 thermal expansion vs. temperature for, 269 DeIrin 100AL NC010, 567, 568, 697 Delrin 100 change in length vs. temperature and humidity for, 106 notched Izod impact strength vs. temperature for, 104 Delrin 100 and 500 NC010 dielectric constant vs. temperature for, 108 Delrin 100 NC010, 567, 568, 697 Delrin 100, 500, 900 shear modulus vs. temperature for, 102 Delrin 100, 500T, 100ST Young’s modulus vs. temperature for, 102 Delrin 100KM NC000, 567, 568, 697 Delrin 100P NC010, 567, 568, 697 Delrin 100P, 500P, and 900P change in length vs. temperature and humidity for, 106 Delrin 100ST NC010, 567, 568, 697 Delrin 100T NC010, 567, 568, 697 Delrin 107 NC010 specific volume as a function of PVT, 105 Delrin 107 NC010, 567, 568, 697 Delrin 111P NC010, 567, 568, 697 Delrin 1260 NC010, 567, 568, 697 Delrin 127UV NC010, 567, 568, 697 Delrin 150 NC010, 567, 568, 697 Delrin 300AS BK000, 567, 568, 697 Delrin 311 DP NC010, 567, 569, 697 Delrin 460 NC010, 567, 569 Delrin 460 NC010, 568, 697 Delrin 460E NC010, 569, 697 Delrin 500, see also individual entries change in length vs. temperature and humidity for, 106 dissipation factor vs. frequency for, 109 notched Izod impact strength vs. humidity for, 104 notched Izod impact strength vs. temperature for, 104, 105 Delrin 500 NC010 dielectric constant vs. moisture content at 23°C for, 107 dielectric strength vs. thickness at 23°C for, 108 dissipation factor vs. moisture content at 23°C for, 109 dissipation factor vs. temperature for, 110 Delrin 500AF, 568, 569, 697 Delrin 500AL NC010, 568, 569, 697 Delrin 500CL NC010, 568, 569, 697 Delrin 500MP NC010, 568, 569, 697 Delrin 500P dielectric constant vs. frequency for, 107 Delrin 500P NC010, 568, 569, 697INDEX 787 Delrin 500T NC010, 568, 569 Delrin 500T NC010, 697 Delrin 500TL NC010, 568, 569, 697 Delrin 510GR NC000, 569, 697 Delrin 511P NC010, 569, 697 Delrin 520MP NC010, 569, 698 Delrin 525GR NC000 polymers stress vs. strain for, 100 Delrin 525GR NC000, 569, 698 Delrin 527UV NC010, 569, 698 Delrin 542CM NC010, 569, 698 Delrin 560 NC010, 569, 698 Delrin 560HD OR729, 569, 698 Delrin 570 NC000, 569, 698 Delrin 570 polymers stress vs. strain for, 100 Delrin 900P NC010, 569, 698 Delrin 911 P NC010, 569 Delrin 911AL NC010, 569, 698 Delrin 911P NC010, 698 Delrin acetal resin flexural modulus vs. temperature for, 101 stress vs. strain in, 101 tensile strength vs. temperature for, 103 tensile yield strength vs. temperature for, 103 Designing, plastics, 25–35 experience, 25 impact strength, assessment, 30–33 knowledge requirement, 25 maximum service temperature assessment, 26–29 requirements, 25 rigidity of plastics materials, 26 selection guides, 33–35, see also Selection guides thermal stability assessment, 27–29 time dependent behavior, 33 toughness, 29–35 training, 25 Dianimo diphenyl sulfone (DDS), 215 Dielectric constant, 22 Dow Chemical Dylark SMA resins flexural modulus vs. temperature for, 79 notched Izod impact strength vs. temperature for, 81 tensile modulus vs. temperature for, 80 Dow Chemical Magnum ABS resins dissipation factor vs. frequency for, 77 Dow Chemical Magnum 1040 tensile stress vs. strain for, 63 Dow Chemical Magnum 2620 tensile stress vs. strain for, 64 Dow Chemical Magnum ABS resins dielectric constant vs. frequency for, 77 shear modulus vs. temperature for, 71 Dow Chemical Tyril 790 tensile stress vs. strain for, 57 Dow Chemical Tyril 905 tensile stress vs. strain for, 58 Dow Chemical Tyril SAN resins shear modulus vs. temperature for, 59 Dow Styron 457 stress vs. strain at various temperatures for, 45 Dow Styron 6075 notched Izod impact vs. temperature for, 48 tensile modulus vs. temperature for, 46 tensile strength vs. temperature for, 47 Dow Styron 648 stress vs. strain at various temperatures for, 45 Dow Styron polystyrene resins dielectric constant vs. frequency for, 49 dissipation factor vs. frequency for, 50 enthalpy vs. temperature for, 50 DuPont Co dielectric constant vs. temperature for, 454 dissipation factor vs. temperature for, 455 hardness vs. temperature for, 453 linear thermal expansion vs. temperature for, 454 stress vs. strain at high strain rate for, 451 stress vs. strain at low strain rate for, 452 stress vs. strain in tension and compression for, 451 tensile strength vs. temperature for, 453 DuPont Crastin elongation at break vs. fiber glass reinforcement content for, 179 flexural strength vs. glass fi ber content for, 171 impact strength vs. fiber glass reinforcement content for, 177 specific density vs. fi ber glass reinforcement content for, 180 tensile modulus vs. fiber glass reinforcement content for, 169 tensile modulus vs. temperature for, 170, 171 tensile strength vs. fiber glass reinforcement content for, 174 tensile strength vs. temperature for, 174, 175 DuPont Crastin PBT tensile modulus vs. temperature for, 210 DuPont Crastin PBT/ASA polyester alloy/blend resins tensile strength vs. temperature for, 210 DuPont Crastin S600F10 NC010 stress vs. strain at various temperatures for, 161 DuPont Crastin S600LF NC010 pressure-specific volume-temperature (PVT) for, 179 DuPont Crastin SO653 NC010 stress vs. strain at various temperatures for, 161 DuPont Crastin ST820 NC010 stress vs. strain at various temperatures for, 162 Dupont Crastin tensile modulus vs. temperature for, 170 DuPont Engineering Plastics Zytel HTN51G35HSL Pressure-specific volume-temperature (PVT) for, 361 DuPont Engineering Polymers Delrin 100P NC010 stress vs. strain for, 99788 Index DuPont Hytrel 4056 stress vs. strain at various temperatures in compression for, 439 high strain, 437 low strain, 436 DuPont Hytrel 5556 Stress vs. strain at various temperatures high strain, 436 low strain, 435 DuPont Hytrel 6356 stress vs. strain at various temperatures high strain, 435 in compression, 438 low strain, 434 DuPont Hytrel 7246 Stress vs. strain at various temperatures for high strain, 434 in compression, 438 low strain, 433 DuPont Hytrel G4075 stress vs. strain at various temperatures for high strain, 433 in compression, 437 low strain, 432 DuPont Hytrel TPE-E resins dissipation factor vs. temperature for, 443 dropped weight impact failure energy vs. temperature for, 441, 442 dropped weight impact failure load vs. temperature for, 442 elastic modulus in compression vs. temperature for, 440 elastic modulus vs. temperature for, 440 flexural modulus vs. temperature for, 441 DuPont Hytrelv 5556 stress vs. strain at various temperatures in compression for, 439 DuPont Minlon 10B40 NC010 stress vs. strain at various temperatures for, 271, 272 tensile strength vs. humidity at various temperatures for, 295 DuPont Minlon 11C40 NC010 stress vs. strain at various temperatures for, 272, 273 tensile strength vs. humidity at various temperatures for, 296 DuPont Minlon 12T stress vs. strain at various temperatures for, 273, 274 tensile strength vs. humidity at various temperatures for, 296 DuPont Minlon 20B stress vs. strain at various temperatures for, 274, 275 tensile strength vs. humidity at various temperatures for, 297 DuPont Minlon 22C tensile strength vs. humidity at various temperatures for, 297 DuPont Minlon mineral filled PA66 resins flexural modulus vs. relative humidity at 23°C for several, 286 flexural modulus vs. temperature for, 287 DuPont Minlon mineral reinforced PA66 resins Stress vs. strain in compression at 23°C for several, 269 DuPont Minlon PA66 resins Izod impact strength vs. humidity at 23°C, 303 at 40°C for, 302 tensile strength vs. humidity at 149°C for, 294 at 23°C for, 293 at 40°C for several, 293 at 93°C for, 294 tensile strength vs. temperature for, 295 DuPont Rynite 500 series of toughened, reinforced PET resins flexural modulus vs. temperature for, 191 DuPont Rynite 545 stress vs. strain at various temperatures for, 188 DuPont Rynite 555 stress vs. strain at various temperatures for, 188 DuPont Rynite 900 series flexural modulus vs. temperature for, 192 DuPont Rynite 935 stress vs. strain at various temperatures for, 189 DuPont Rynite FR500 series of flame retardant PET resins flexural modulus vs. temperature for, 192 DuPont Rynite FR530L stress vs. strain at various temperatures for, 189 DuPont Rynite FR900 series flexural modulus vs. temperature for, 193 DuPont Rynite SST35 stress vs. strain at various temperatures for, 190 DuPont Rynite toughened, reinforced PET resins flexural modulus vs. temperature for, 191 DuPont Teflon PFA 340 and 350 grade resins dielectric constant vs. frequency for, 479 dissipation factor vs. frequency and temperature for, 480 flexural modulus vs. temperature for, 475 tensile strength vs. temperature for, 476 DuPont Teflon PFA HP plus resins dielectric constant vs. frequency for, 479 dissipation factor vs. frequency and temperature for, 480 flexural modulus vs. temperature for, 475 tensile strength vs. temperature for, 477 ultimate elongation vs. temperature for, 478INDEX 789 DuPont Tefzel ETFE resins dielectric constant vs. frequency, 466 dissipation factor vs. frequency, 466 elongation at break vs. temperature, 465 flexural modulus vs. temperature for, 463 shear strength vs. temperature for, 464 stress vs. strain in compression at 23°C for, 461 stress vs. strain in flexure at 23°C for, 461 tensile modulus vs. temperature for, 463 tensile stress vs. strain at 23°C for, 462 DuPont Thermx CG033 stress vs. strain at various temperatures for, 203 DuPont Thermx CG923 pressure–specific volume–temperature for, 204 stress vs. strain at various temperatures for, 203 DuPont Thermx glass tensile modulus vs. temperature for, 204 DuPont Vespel direct-formed PI dimension change vs. relative humidity at 23°C for, 237 dimension change vs. temperature perpendicular to forming for, 238 flexural modulus vs. temperature for, 233 stress vs. strain at 23°C in compression parallel to forming for, 230 stress vs. strain at 23°C, 231 stress vs. strain at 260°C in tension parallel to forming for, 231 tensile strength vs. temperature for, 235 DuPont Vespel machined PI dimension change vs. relative humidity at 23°C for, 237 dimension change vs. temperature for, 238 flexural modulus vs. temperature for, 234 stress vs. strain at 23°C in compression for, 229 stress vs. strain at 23°C in tension perpendicular to forming for, 232 stress vs. strain at 260°C in tension for, 232 stress vs. strain at 300°C in compression for, 230 tensile strength vs. temperature for, 236 DuPont Vespel SP1 PI dielectric constant vs. temperature for, 239 dielectric strength vs. thickness for, 240 dissipation factor vs. temperature and frequency for, 240 surface resistivity vs. temperature for, 241 volume resistivity vs. temperature for, 241 DuPont Zenite 6130L BK010 stress vs. strain at various temperatures of, 198 DuPont Zytel 101 dielectric constant vs. temperature at 100 Hz for, 307 dielectric strength vs. temperature for, 309 dielectric strength vs. thickness for, 310 dissipation factor vs. moisture content for, 308 dissipation factor vs. temperature for, 308 flexural modulus vs. temperature at different humidity levels for, 288 general purpose PA66 resin dimensional change vs. humidity for, 305 dimensional change vs. moisture content for, 306 stress vs. strain in compression at 23°C for, 270 tensile strength vs. temperature and moisture content for, 300 volume resistivity vs. moisture content for, 310 volume resistivity vs. temperature for, 312 yield point vs. temperature and moisture content for, 285 DuPont Zytel 101L NC010 Stress vs. strain at various temperatures for, 283, 284 DuPont Zytel 109L stress vs. strain at various temperatures for, 331 DuPont Zytel 151L dielectric constant vs. moisture content for, 324 dielectric constant vs. temperature for, 325 dissipation factor vs. moisture content at 100 Hz for, 326 dissipation factor vs. temperature at 100 Hz for, 326 volume resistivity vs. moisture content for, 327 volume resistivity vs. temperature for, 327 DuPont Zytel 158 NC010 pressure-specific volume-temperature of, 323 stress vs. strain at various temperatures for, 317 tensile yield strength vs. temperature of, 322 DuPont Zytel 158L flexural modulus vs. temperature and moisture content, 318 DuPont Zytel 408 flexural modulus vs. temperature at different humidity levels for, 288 stress vs. strain at various temperatures for, 284, 285 DuPont Zytel 70G series PA66 resins flexural modulus vs. fi ber glass content at 23°C for, 290 DuPont Zytel 70G-13 Stress vs. zstrain at various temperatures for, 281 DuPont Zytel 70G-33 dimensional change vs. humidity for, 304 DuPont Zytel 70G-33L NC010 Stress vs. strain at various temperatures for, 281 DuPont Zytel 70G-33L Stress vs. strain in compression at various temperatures for, 270 tensile strength vs. temperature and moisture content for, 299 DuPont Zytel 70G-43LNC010 Stress vs. strain at various temperatures for, 282 DuPont Zytel 71G flexural modulus vs. temperature at different humidity levels for, 287790 Index DuPont Zytel 71G-33L dimensional change vs. humidity for, 305 Stress vs. strain at various temperatures for, 283 tensile strength vs. temperature and moisture content for, 300 DuPont Zytel 77G33L NC010 flexural modulus vs. humidity, 318fl exural modulus vs. temperature of, 319 Shear strength vs. relative humidity of, 320 shear strength vs. temperature of, 320 tensile strength vs. relative humidity of, 321 DuPont Zytel 77G33L NC010 stress vs. strain for, 316 tensile strength vs. temperature of, 322 DuPont Zytel 77G43L stress vs. strain for, 317 DuPont Zytel glass fiber filled PA66 resins flexural modulus vs. relative humidity at 23°C for several, 286 Izod impact strength vs. humidity for, 303 Tensile strength vs. humidity at two temperatures for two, 298 DuPont Zytel PA612 resins equilibrium moisture content vs. relative humidity, 324 Izod notched impact strength vs. relative humidity at 23°C of two, 323 DuPont Zytel PA66 resins (DAM) shear strength vs. humidity for, 301 shear strength vs. temperature for, 302 DuPont Zytel PA66 resins flexural modulus vs. temperature and relative humidity for, 289 moisture content vs. relative humidity for, 307 DuPont Zytel ST-801 flexural modulus vs. temperature at different humidity levels for, 289 Stress vs. strain in compression at 23°C for, 271 DuPont Zytel ST811 HS NC010 Stress vs. strain at various temperatures for, 280 DuPont’s Fusabond N MN-493D, 6 Dyes, 7 Dynamic mechanical thermal analysis (DMTA), 19 Dyneon CC085, 675 Dyneon CC174/N, 675 Dyneon CC191-HE, 675 Dyneon CC503, 674 Dyneon CC603, 674 Dyneon CC605, 674 Dyneon CC622, 674 Dyneon CC6467/S, 674 Dyneon CC655, 675 Dyneon CCM605, 674 Dyneon CCX1029, 674 Dyneon CCX6380, 675 Dyneon ETFE ET5236, 677 Dyneon ETFE ET6235, 677 Dyneon FEP 6301, 677 Dyneon FEP 6303, 677 Dyneon FEP 6307, 677 Dyneon FEP 6322, 677 Dyneon HTE 1510, 679 Dyneon HTE 1705, 679 Dyneon PFA 6502N, 676 Dyneon PFA 6505N, 676 Dyneon PFA 6515N, 676 Dyneon PFA 6525N, 676 Dyneon PFA-Flex8502 UHP, 676 Dyneon PFA-Flex8515 UHP, 676 Dyneon PVDF 11008, 672 Dyneon PVDF 21508, 672 Dyneon PVDF 6010, 672 Dyneon PVDF 60512, 672 Dyneon TF 1105, 674 Dyneon TF 1620, 674 Dyneon TF 1641, 674 Dyneon TF 1645, 674 Dyneon TF 1750, 674 Dyneon TF 4103, 674 Dyneon TFM 1600, 674 Dyneon TFM 1700, 674 Dyneon TFM 1705, 674 Dyneon THV 220FP, 679 Dyneon THV 500FP, 679 Dyneon THV 610FP, 679 Dyneon THV 815FP, 679 ECTFE/Solvay Solexis, 678–679 Edgetek sPS QT-10GB-10MN/000, 556, 689 Edgetek sPS QT-10GF/000 FR, 556, 689 Edgetek sPS QT-10GF/000, 556, 689 Edgetek sPS QT-10GF-10MN/000, 556, 689 Edgetek sPS QT-15GF-15GB/000, 557, 689 Edgetek sPS QT-20GB/000, 557, 689 Edgetek sPS QT-20GF/000, 557, 689 Edgetek sPS QT-22GF/000 FR, 557, 689 Edgetek sPS QT-22MN/000 HI, 557, 689 Edgetek sPS QT-25GF/000 FR, 557, 689 Edgetek sPS QT-30GB/000, 557, 689 Edgetek sPS QT-30GF/000 FR HC, 557, 689 Edgetek sPS QT-30GF/000 FR, 557, 689 Edgetek sPS QT-30GF/000, 557, 689 Edgetek sPS QT-40GF/000, 557, 689 Edistir N 1782, 555, 688 Edistir N 1840, 555, 688 Edistir N 1910, 555, 688 Edistir N 2380, 555, 688 Edistir N 2560, 555, 688 Edistir N 2982, 555, 688 Edistir R 321P, 555, 688 Edistir R 540E, 555, 688 Edistir R 850E, 555, 688 Edistir RC 3, 555, 688INDEX 791 Edistir RC 600, 555, 688 Edistir RCL 600, 555, 688 Edistir RK 451G, 555, 688 Edistir RK 5512G, 555, 688 Edistir RK, 555, 688 Edistir RKL, 555, 688 Edistir RT 441M, 555, 688 Edistir RT 461F, 555, 688 Edistir SR 550, 5550, 688 Elastomers, 5 Electrical tests, 9 EMS-Grivory Grilamid amorphous nylons shear modulus vs. temperature for, 337 tensile modulus vs. temperature for two, 338 EMS-GRIVORY Grilamid L 20 G stress vs. strain at various temperatures for, 264 EMS-GRIVORY Grilamid LV PA12 resins Shear modulus vs. temperature for, 267 EMS-GRIVORY Grilamid LV-3H stress vs. strain at various temperatures for, 265 EMS-Grivory Grilamid TR55 stress vs. strain at various temperatures for, 335 EMS-Grivory Grilamid TR90 stress vs. strain at various temperatures for, 336 EMS-Grivory Grilon TS V0 stress vs. strain at various temperatures for, 329 EMS-Grivory Grivory GC-4H stress vs. strain at various temperatures for, 372, 373 tensile modulus vs. temperature for, 376 EMS-Grivory Grivory GM-4H tensile modulus vs. temperature for, 376 EMS-Grivory Grivory GV-5H Stress vs. strain at various temperatures for, 374 tensile modulus vs. temperature for, 377 EMS-Grivory Grivory HT2V-5H stress vs. strain at various temperatures for, 328 Enduran PBT/PET flexural modulus vs. temperature for, 207 Eoblend P 475E, 555 ETFE/Diakin, 677 ETFE/DuPont, 677–678 ETFE/Dyneon 3M, 677 Ethylene Chlorotrifluoroethylene (ECTFE), 455–460 Ethylene Tetrafluoroethylene (ETFE), 461–466 Ethylene, 379 Ethylene-methacrylic-acid (EMAA), 383 Extenders, 7 Falling dart impact strength testing, 15–16 FEP/Diakin, 677 FEP/DuPont, 676–677 Filler abbreviations, 554 Fillers, 5 Fire retardants, 5 Flame retardants, 5, 420 Flexural properties, plastics, 13–14 principle used, 13 Fluorinated-ethylene-propylene (FEP), 448–449, 467 chemical structure, 449 dieletric constant vs. frequency for, 472 dissipation factor vs. frequency for, 473 dissipation factor vs. temperature for, 473 linear thermal expansion vs. temperature for, 472 tensile strength vs. temperature and various strain levels for, 470 tensile stress vs. strain at various temperatures for, 467 at 100°C for, 469 at 200°C for, 469 at 23°C for, 468 at –52°C for, 468 tensile stress vs. strain in compression at various temperatures for, 467 ultimate elongation vs. temperature for, 471 ultimate tensile strength vs. temperature for, 471 Fluoroplastic melting points, 450–451 Fluoropolymers, 447–502 Fluoropolymers, 671–679 Fortron 0203, 683, 762 Fortron 0203HS, 762, 683 Fortron 0205, 762, 683 Fortron 0214, 762, 683 Fortron 0320, 762, 683 Fortron 1115L0, 762, 683 Fortron 1130L4, 762, 683 Fortron 1131L4 ITT, 762, 683 Fortron 1140E7, 762, 683 Fortron 1140EC, 762, 683 Fortron 1140L0, 762, 683 Fortron 1140L4, 762, 683 Fortron 1140L6, 762, 683 Fortron 1140L7, 762, 683 Fortron 1141L4, 762, 683 Fortron 1342L4, 763, 683 Fortron 4184L4, 763, 683 Fortron 4184L6, 763, 683 Fortron 4332D4, 763, 683 Fortron 4665B6, 763, 683 Fortron 6160B4, 763, 683 Fortron 6165A4, 763, 683 Fortron 6165A6, 763, 683 Fortron 6165D8, 763, 683 Fortron 6345L4, 763, 683 Fortron 6450A6, 763, 684 Fortron 6850L6, 763, 684 Fortron MT 9120L4, 763, 684 Fortron MT 9140L4, 763, 684 Fortron MT 9140L6, 763, 684 Fortron MT 9203HS, 763, 684 Fortron MT 9205C4, 763, 684792 Index Gardner impact strength testing, 15–16 Glass transition temperature (T g )/T g estimation, 19–22 commercial polyethersulfone, 23 commercial polysulfone, 23 electrical methods of determining, 22 mechanical methods of estimating, 19–21 thermal methods of estimating, 21–22 volume methods of determining, 22 Graft copolymer, 2 Greene, Tweed Arlon 1000 shear strength vs. temperature of, 509 tensile strength vs. temperature of, 510 Greene, Tweed Arlon PEEK resins flexural modulus vs. temperature of, 506 Grilamid L 16 LM, 736, 626 Grilamid L 20 EC, 736, 626 Grilamid L 20 G, 736, 627 Grilamid L 20 H FR, 736, 627 Grilamid L 20 HL black 9563, 736, 627 Grilamid L 20 L, 736, 627 Grilamid L 20 LF grey, 736, 627 Grilamid L 20 LM, 736, 627 Grilamid L 20 W 20, 736, 627 Grilamid L 25 NZ ESD, 736, 627 Grilamid L 25 W 20 X, 736, 627 Grilamid L 25 W 20 Y, 736, 627 Grilamid L 25 W 40 ESD, 736, 627 Grilamid L 25 W 40 X, 736, 627 Grilamid L 25 W 40, 736, 627 Grilamid L 25 Z, 736, 627 Grilamid L 25, 736, 627 Grilamid L 25A H, 736, 627 Grilamid L 25A NZ, 736, 627 Grilamid LC-3H, 736, 627 Grilamid LKN-3H, 736, 627 Grilamid LKN-5H, 736, 627 Grilamid LV-23 ESD, 736, 627 Grilamid LV-23H, 736, 627 Grilamid LV-25 HM, 736, 627 Grilamid LV-2A NZ, 737, 627 Grilamid LV-2H, 737, 627 Grilamid LV-3A H, 737, 627 Grilamid LV-3H, 737, 627 Grilon TS FR (cond.), 655 Grilon TS FR (dry), 655 Grilon TS FR, 747 Grilon TS V0 (cond.), 655 Grilon TS V0 (dry), 655 Grilon TS V0, 747 Grilon TSC-10/4 EC (cond.), 655 Grilon TSC-10/4 EC (dry), 655 Grilon TSC-10/4 EC, 747 Grilon TSC-20/4 EC (cond.), 655 Grilon TSC-20/4 EC (dry), 655 Grilon TSC-20/4 EC, 747 Grilon TSC-30/4 EC (cond.), 656 Grilon TSC-30/4 EC (dry), 656 Grilon TSC-30/4 EC, 747 Grilon TSC-30/4 LF 15 (cond.), 656 Grilon TSC-30/4 LF 15 (dry), 656 Grilon TSC-30/4 LF 15, 747 Grilon TSC-40/4 EC (cond.), 656 Grilon TSC-40/4 EC (dry), 656 Grilon TSC-40/4 EC, 747 Grilon TSG-30 (cond.), 656 Grilon TSG-30 (dry), 656 Grilon TSG-30 FR (dry), 656 Grilon TSG-30 FR (cond.), 656 Grilon TSG-30 FR, 747 Grilon TSG-30, 747 Grilon TSG-30/4 (cond.), 656 Grilon TSG-30/4 (dry), 656 Grilon TSG-30/4, 747 Grilon TSG-35/4 (cond.), 656 Grilon TSG-35/4 (dry), 656 Grilon TSG-35/4, 747 Grilon TSG-50 (cond.), 656 Grilon TSG-50 (dry), 656 Grilon TSG-50, 747 Grilon TSG-50/4 (cond.), 657 Grilon TSG-50/4 (dry), 656 Grilon TSG-50/4, 747 Grilon TSGK-30 X (dry), 657 Grilon TSGK-30 X (cond.), 657 Grilon TSGK-30 X, 747 Grilon TSGZ-15 (cond.), 657 Grilon TSGZ-15 (dry), 657 Grilon TSGZ-15, 747 Grilon TSGZ-30 (cond.), 657 Grilon TSGZ-30 (dry), 657 Grilon TSGZ-30, 747 Grilon TSK-30/4 (cond.), 657 Grilon TSK-30/4 (dry), 657 Grilon TSK-30/4, 747 Grilon TSM-30 (cond.), 657 Grilon TSM-30 (dry), 657 Grilon TSM-30, 747 Grilon TSS (cond.), 657 Grilon TSS (dry), 657 Grilon TSS, 747 Grilon TSS/4 (cond.), 657 Grilon TSS/4 (dry), 657 Grilon TSS/4 LF 2 (dry), 657 Grilon TSS/4 LF 2 (cond.), 657 Grilon TSS/4 LF 2, 747 Grilon TSS/4 LF 20 (cond.), 657 Grilon TSS/4 LF 20 (dry), 657 Grilon TSS/4 LF 20, 747 Grilon TSS/4, 747 Grilon TSZ 1 (cond.), 657 Grilon TSZ 1 (dry), 657 Grilon TSZ 1, 747INDEX 793 Grilon TSZ 3, 747 Grivory GC-4H, 747 Grivory GM-4H, 748 Grivory GV-2H, 748 Grivory GV-4H, 748 Grivory GV-5H, 748 Grivory GV-6H, 748 GUR 2122, 749, 659 GUR 4113, 749, 659 GUR 4120, 749, 659 GUR 413, 749 GUR 4130, 659 GUR 415, 749 GUR 4150, 659
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