Handbook of Plastics, Elastomers and Composites Part 3 docx

... resins. (Source: Charles A. Harper, Handbook of Plastics, Elastomers, and Composites, 3d ed., McGraw-Hill, New York, 1996, p. 1.29)Thermosets, Reinforced Plastics, and Composites Downloaded from Digital ... p. 36 3.94. Berins, M.L., Plastics Engineering Handbook of the Society of the Plastics Industry,5/e, Chapman and Hall, New York, 1991, p. 63. 95. Berins, M.L., Plastics Engineering Handbook of ... p. 30 . 34 7. Berins, M.L., Plastics Engineering Handbook of the Society of the Plastics Industry,5/e, Chapman and Hall, New York, 1991, p. 57. 34 8. Berins, M.L., Plastics Engineering Handbook of...

... (Source: Charles A.Harper, Handbook of Plastics, Elastomers, and Composites, 3d ed., McGraw-Hill, New York,1996, p. 2.2)Thermosets, Reinforced Plastics, and Composites Downloaded from Digital ... wide range of colors, high strength/weight ratio, and, more importantly, because of the introduction of molding equipment capable of injectionThermosets, Reinforced Plastics, and Composites Downloaded ... is subject to the Terms of Use as given at the website.Thermosets, Reinforced Plastics, and Composites 135 common with the filaments combined into strands, and the strands plied into yarns. Theseyarns...

... productsAlumina 206 (30 )150 (22)1760 (255)1700 (250)n/a1.2 32 0027001 .32 0.06n/a 3 Sumitomo Altex3M Nextel 31 2SiC 167 (24 .3) 186 (27)2962 ( 430 )2962 ( 430 )1.4–1.51.6 230 0–2400 236 0n/an/a 3. 1n/aUBE ... test dataτ 13 Shear strength in the 1 -3 plane (inter-laminar)Property based on test dataτ 23 Shear strength in the 2 -3 plane (inter-laminar)τ 23 = τ 13 G 23 E 3 21 ν 23 +() =ν 23 νfVfνm1 ... 2.0Density (lb/in 3 ) 0.075 0.72Longitudinal CTE, 10–6 in/in/°F (10–6 m/m/°C) 3. 7 (6.6) 3. 5 (6 .3) Transverse CTE, 10–6 m/m/°C (10–6 in/in/°F) 30 (17) 32 (18)Composite Materials and ProcessesDownloaded...

... 6/6 90 82.7 2. 83 53 1.14 23. 6 4.0PBT 54 52 2 .3 53 1 .31 15.7 3. 3PC 129 69 2 .3 694 1.20 15 3. 2PEEK 160 93. 8 3. 5 59 1 .32 PEI 210 105 3 53 1.27 28 3. 2PES 2 03 84.1 2.6 75 1 .37 16.1 3. 5PET 224 159 ... 56–60 96– 134 124– 134 97 48–72 138 –165 28 52Ultimate elongation, % 50 30 0 2–4 1.9–2 .3 3.1 30 30 02–7 110 33 0Specific gravity 1 .30 –1 .38 1.48–1.54 1.45 1.41 1.29–1.401.55–1.70 1.27 1. 23 HDT, °C264 ... 25.6 5.5POM 136 69 3. 2 133 1.42 19.7 3. 7PMMA 92 72.4 3 21 1.19 19.7 3. 7Polyarylate 155 68 2.1 288 1.19 15.2 3. 1LCP 31 1 110 11 101 1.70 20.1 4.6Nylon 6 65 81.4 2.76 59 1. 13 16.5 3. 8Nylon 6/6...

... times,hrASAABSBDSCA/CAB/CAPFEPHIPS/TPSPA6PA66PA11/PA12PBTPCPEBAPEELPEEKPE-HDPE-LDPE-LLDPESPET/PETPPMMAPOM-HPOM-COPPO-MPPSPPGPPSPSUPVDFSANTPU/PURUPVCPPVCEVA250–265220–260190– 230 160– 230 30 0 38 0200–270 230 –280260–290240 30 0220–260280 32 0185–220195–255 36 0 38 0205–280180–280160–280 35 0 38 0 36 5–295210–270190–215175–220260 30 0 30 0 36 0220–275200–250 35 0 38 0180 30 0200–270180– 230 185–205175–200140–22540–8060–9010–6040–80200–24010–8060–9020–100 30 –10020–11080–12020–4010–70160–17010–6010–6010–60140–160120–14060–9040–12040–12060–110 135 –160 30 –8010–80100–150 30 –12040–8015–70 30 –60 30 –5015–4080–8580–856055–8515065–7080–10585–10585120–15012070–8090–120150656565 135 –150 135 –165751101101001508070 135 –1508070–7580656550–602–42–41 3 42–4 3 412–165–12 3 52.5–5.52– 42–610 3 3 3 3 3 42–42–42 3 2 3 2 3 62 3 2 3 3–42–4 3 4 3 2 3 28ThermoplasticsDownloaded ... °C 32 3 38 1 32 9 38 1 33 4 33 4 36 5 –Tensile modulus, MPa 3, 585–4,000 9,722–12,090 – 8,620–11, 030 4000 13, 500Ultimate elongation, % 50 2.2 3. 4 30 –150 2 3 – –Ultimate tensile strength, MPa 1 03 – ... times,hrASAABSBDSCA/CAB/CAPFEPHIPS/TPSPA6PA66PA11/PA12PBTPCPEBAPEELPEEKPE-HDPE-LDPE-LLDPESPET/PETPPMMAPOM-HPOM-COPPO-MPPSPPGPPSPSUPVDFSANTPU/PURUPVCPPVCEVA250–265220–260190– 230 160– 230 30 0 38 0200–270 230 –280260–290240 30 0220–260280 32 0185–220195–255 36 0 38 0205–280180–280160–280 35 0 38 0 36 5–295210–270190–215175–220260 30 0 30 0 36 0220–275200–250 35 0 38 0180 30 0200–270180– 230 185–205175–200140–22540–8060–9010–6040–80200–24010–8060–9020–100 30 –10020–11080–12020–4010–70160–17010–6010–6010–60140–160120–14060–9040–12040–12060–110 135 –160 30 –8010–80100–150 30 –12040–8015–70 30 –60 30 –5015–4080–8580–856055–8515065–7080–10585–10585120–15012070–8090–120150656565 135 –150 135 –165751101101001508070 135 –1508070–7580656550–602–42–41 3 42–4 3 412–165–12 3 ...

... (metering)NozzleMold temperature415 (2 13) 35 0 37 0 (177–188) 36 0 38 0 (1 83 1 93) 37 0 39 0 (188–199) 39 0–410 (199–210)80–140 435 (224) 36 0 38 0 (1 83 1 93) 37 0 39 0 (188–198) 39 0–410 (204–210)400–410 (204–210)(27–60)*Typical ... mold is extracted and weighed to determine the percentage of the flow. For example, if 30 percent of theFigure 2. 23 Disk flow test and mold (I).Thermosets, Reinforced Plastics, and Composites Downloaded ... for the use oraccuracy of information in this chapter, such as property data, processing parameters, and applications.Source: Handbook of Plastics, Elastomers, and Composites Downloaded from...

... Plas-tics, Elastomers, and Composites, 3d ed., Charles A. Harper, ed., McGraw-Hill, NewYork, 1996. 13. Edward M. Petrie. Joining of Plastics, Elastomers, and Composites, in Handbook of Plastics, Elastomers, ... Elastomers, in Handbook of Plastics, Elastomers, and Composites, 3d ed., Charles A. Harper, ed., McGraw-Hill, New York, 1996.11.Joseph F. Meier, Fundamentals of Plastics and Elastomers, in Handbook ... in Handbook of Plastics, Elastomers, and Composites, 3d ed., Charles A. Harper, ed., McGraw-Hill, New York,1996.12.Leonard S. Buchoff, Liquid and Low-Pressure Resin Systems, in Handbook of Plas-tics,...

... AMS 39 01, AMS 38 94Density ASTM D -38 00Prepreg Fiber mechanicals Tow test or unidirectional tensileASTM D- 234 3, D -33 79, D-4018, D -30 39Resin content Extraction ASTM C-6 13, D-1652, D- 35 29Resin ... ARP 1610Nonvolatiles ASTM D -35 30Resin flow ASTM D -35 31Gel time ASTM D -35 32Tack AMS 38 94Visual imperfection Optical AMS 38 94Areal weight Weight ASTM D -35 29, D -35 39*Also applicable to prepreg.†ARP ... May 1996. 23. Kirchner–Lapp in Handbook of Composites, 2nd ed., S. T. Peters, ed., Chapman and Hall, London, 1998, p. 760.24. Military Handbook 17 B, Plastics for Aerospace Vehicles Part 1, Notice-1,...

... (Ksi)E-glass 23 (3. 4) 23 (3. 4) 9.0 (1 .3) 0.28 550 (80)550 (80) 33 0 (48) 33 0 (48) 250 (37 )Aramid 29 (4.2) 29 (4.2) 11 (1.6) 0 .32 460 (67) 460 (67) 190 (28) 190 (28) 65 (9.4)Boron 80 (11.6) 80 (11.6) 30 ... 1.61 (0.058) 2 .3 (1 .3) 2 .3 (1 .3) 6 (3) 6 (3) UHM carbon (PAN) 1.66 (0.060) 0.4 (0.2) 0.4 (0.2) 23 ( 13) 23 ( 13) UHM carbon (pitch) 1.80 (0.065) –0.4 (–0.2) –0.4 (–0.2) 195 (1 13) 195 (1 13) UHK carbon ... (9.2) 0 .32 31 0 (45) 31 0 (45) 96 (14) 96 (14) 73 (11)UHK carbon (pitch) 165 (24) 165 (24) 63 (9.2) 0 .32 31 0 (45) 31 0 (45) 96 (14) 96 (14) 73 (11)Metal Matrix Composites, Ceramic Matrix Composites, ...

... 24 hr at room temperature)55–678–24 31 35 6015514785–106 38 951965017296200–2201 13 208122 136 9.744 30 5290 31 0 36 05170Plastics in Coatings and FinishesDownloaded from Digital ... Autonetics dataMethyl phenyl silicone 38 .31 Autonetics dataPolyurethane (ABO 130 –002) 4 .33 Autonetics dataPhenoxy 3. 5 Lee, Stoffey, and NevilleAlkyd-silicone (DC– 137 7) 6.47 Autonetics dataAlkyd-silicone ... 1051.9500 (0.0 63) 2.6 30 010160.0222.17–2.217505500.1Nonflammable2500 35 00200–400 3 50–65 130 02508 × 1050.6600 (0.060)2.1 30 010180.00 03 Plastics in Coatings and FinishesDownloaded...