Ultramid A3EG7 is a 35% glass fiber reinforced injection molding PA66 grade for machinery components and housings of high stiffness and dimensional stability.
Applications
Typical applications include lamp socket housings, cooling fans, insulating profile for aluminium window frames, water containers for automotive cooling systems, as well as electrically insulating parts.
| Original Document | Technical Datasheet-ISO(English) Technical Datasheet-ASTM(English) | |||
| Features | High Stiffness/RigidityInsulatingDimensional StabilityFilled & Reinforced | |||
| Applications | HousingsElectrical HousingsShapes/ProfilesFansWater ContainersCooling system | |||
| Processing | Injection | |||
| Automotive Specs | Stellantis MS-DB-41GM(General Motors) GMW16802P-PA66-GF35 | |||
| Technical Notes | Tensile Strength-Moisture contentModulus of elasticity-Temperature | |||
| Diagrams | Viscosity-shear rate 270|1/s|Pa s|Shear rate in 1/s|Viscosity in Pa s|21.1:879.701@46:669.7@100.3:506.5@218.8:377.2@477.1:273.8@1040.6:191.4@2269.4:127.2@4949.5:79.1999@10794.5:45.5@23542.1:23.7{n}280|1/s|Pa s|Shear rate in 1/s|Viscosity in Pa s|32.1:577.9@70:439.9@152.7:332.7@333:247.8@726.3:179.8@1584:125.7@3454.5:83.59990000000001@7534.1:52.1001@16431.3:29.9@35835.6:15.6{n}290|1/s|Pa s|Shear rate in 1/s|Viscosity in Pa s|47.4:391.099@103.4:297.8@225.6:225.2@492:167.7@1073:121.7@2340.2:85.09999999999999@5103.9:56.6001@11131.2:35.2@24276.3:20.2@52944.9:10.5{n}300|1/s|Pa s|Shear rate in 1/s|Viscosity in Pa s|68.2:271.9@148.8:207@324.5:156.6@707.7:116.6@1543.5:84.59990000000001@3366.2:59.2@7341.4:39.3@16011.2:24.5@34919.4:14.1@76156.7:7.3Shearstress-shear rate 270|1/s|Pa|Shear rate in 1/s|Shearstress in Pa|21.1:18561.7@46:30806.2@100.3:50801.9@218.8:82531.39999999999@477.1:130630@1040.6:199171@2269.4:288668@4949.5:392000@10794.5:491150@23542.1:557948{n}280|1/s|Pa|Shear rate in 1/s|Shearstress in Pa|32.1:18550.6@70:30793@152.7:50803.3@333:82517.39999999999@726.3:130589@1584:199109@3454.5:288796@7534.1:392527@16431.3:491296@35835.6:559035{n}290|1/s|Pa|Shear rate in 1/s|Shearstress in Pa|47.4:18538.1@103.4:30792.5@225.6:50805.1@492:82508.39999999999@1073:130584@2340.2:199151@5103.9:288881@11131.2:391818@24276.3:490381@52944.9:555921{n}300|1/s|Pa|Shear rate in 1/s|Shearstress in Pa|68.2:18543.6@148.8:30801.6@324.5:50816.7@707.7:82517.8@1543.5:130580@3366.2:199279@7341.4:288517@16011.2:392274@34919.4:492364@76156.7:555944Dynamic Shear modulus (G storage)-temperature G'|°C|MPa|Temperature in °C|G' in MPa|-50:2240.8@-40:2201.3@-30:2176.2@-20:2154.9@-10:2135.4@0:2113.2@10:2086.2@20:2046@30:1961.4@40:1745.5@50:1424@60:1132.1@70:954.9@80:845.5@90:775.5@100:732.3@110:701.7@120:677.7@130:656.6@140:636.8@150:618.3@160:601.1@170:582@180:563.8@190:543.4@200:523.6@210:499.3@220:460.9@230:411.6@240:332Dynamic Shear modulus (G storage)-temperature (cond.) G'|°C|MPa|Temperature in °C|G' in MPa|-50:2537.3@-40:2465@-30:2417.5@-20:2363.7@-10:2295.1@0:2174.5@10:1913.5@20:1556@30:1259@40:1060.9@50:930.1@60:873.4@70:849.2@80:815.9@90:776.5@100:735.1@110:694.8@120:662.2@130:636.5@140:616@150:599.5@160:583.6@170:567@180:547.4@190:529@200:509.5@210:483.7@220:448.3@230:402.1@240:323Stress-strain -20|%|Mpa|Strain in %|Stress in MPa|0:0@0.34:41.57@0.68:76.84999999999999@1.02:107.38@1.36:134.11@1.7:157.6@2.04:178.13@2.38:195.87@2.72:211.07@3.06:224.14@3.4:235.89{n}23|%|Mpa|Strain in %|Stress in MPa|0:0@0.35:42.12@0.7:76.77@1.05:105.35@1.4:129.01@1.75:148.61@2.1:164.79@2.45:177.94@2.8:188.25@3.15:195.71@3.5:200.15{n}40|%|Mpa|Strain in %|Stress in MPa|0:0@0.38:43.31@0.76:77.16@1.14:103.63@1.52:124.42@1.9:140.84@2.28:153.83@2.66:163.96@3.04:171.44@3.42:176.09@3.8:177.38{n}60|%|Mpa|Strain in %|Stress in MPa|0:0@0.47:41.5@0.9399999999999999:69.70999999999999@1.41:90.01000000000001@1.88:105.69@2.35:118.42@2.82:128.72@3.29:136.52@3.76:141.6@4.23:144.15@4.7:145.19{n}80|%|Mpa|Strain in %|Stress in MPa|0:0@0.53:34.23@1.06:56.98@1.59:73.48@2.12:86.69@2.65:97.90000000000001@3.18:107.25@3.71:114.34@4.24:118.84@4.77:121.03@5.3:122.41{n}100|%|Mpa|Strain in %|Stress in MPa|0:0@0.58:31.15@1.16:51.93@1.74:66.88@2.32:78.61@2.9:88.23@3.48:95.94@4.06:101.51@4.64:104.78@5.22:106.24@5.8:107.48{n}120|%|Mpa|Strain in %|Stress in MPa|0:0@0.58:28.86@1.16:48.01@1.74:61.65@2.32:72.20999999999999@2.9:80.79000000000001@3.48:87.67@4.06:92.7@4.64:95.81@5.22:97.41@5.8:98.92{n}140|%|Mpa|Strain in %|Stress in MPa|0:0@0.57:26.87@1.14:44.58@1.71:56.98@2.28:66.41@2.85:74.01000000000001@3.42:80.15000000000001@3.99:84.77@4.56:87.81@5.13:89.52@5.7:90.90000000000001Stress-strain (Cond.) -20|%|Mpa|Strain in %|Stress in MPa|0:0@0.37:48.01@0.74:86.17@1.11:116.99@1.48:142.29@1.85:163.29@2.22:180.82@2.59:195.37@2.96:207.23@3.33:216.64@3.7:223.91{n}0|%|Mpa|Strain in %|Stress in MPa|0:0@0.41:45.2@0.82:78.93000000000001@1.23:104.62@1.64:124.73@2.05:140.95@2.46:154.23@2.87:164.91@3.28:172.86@3.69:177.51@4.1:178.01{n}23|%|Mpa|Strain in %|Stress in MPa|0:0@0.45:36.6@0.9:61.55@1.35:79.88@1.8:94.52@2.25:106.85@2.7:117.15@3.15:125.17@3.6:130.61@4.05:133.62@4.5:135.33{n}40|%|Mpa|Strain in %|Stress in MPa|0:0@0.49:32.66@0.98:55.15@1.47:71.75@1.96:84.92@2.45:95.70999999999999@2.94:104.3@3.43:110.47@3.92:114.1@4.41:115.63@4.9:116.61{n}60|%|Mpa|Strain in %|Stress in MPa|0:0@0.47:29.14@0.9399999999999999:49.1@1.41:63.68@1.88:75.12@2.35:84.48@2.82:92.04000000000001@3.29:97.68000000000001@3.76:101.34@4.23:103.35@4.7:104.87{n}80|%|Mpa|Strain in %|Stress in MPa|0:0@0.48:26.29@0.96:44.2@1.44:57.21@1.92:67.36@2.4:75.61@2.88:82.2@3.36:87.06999999999999@3.84:90.18000000000001@4.32:91.95@4.8:93.58{n}100|%|Mpa|Strain in %|Stress in MPa|0:0@0.51:24.48@1.02:40.97@1.53:52.87@2.04:62.11@2.55:69.56999999999999@3.06:75.43000000000001@3.57:79.62@4.08:82.17@4.59:83.64@5.1:85.5{n}120|%|Mpa|Strain in %|Stress in MPa|0:0@0.53:23.49@1.06:39.18@1.59:50.31@2.12:58.8@2.65:65.56999999999999@3.18:70.87@3.71:74.67@4.24:76.97@4.77:78.17@5.3:79.39{n}140|%|Mpa|Strain in %|Stress in MPa|0:0@0.54:21.79@1.08:36.01@1.62:45.9@2.16:53.39@2.7:59.39@3.24:64.18000000000001@3.78:67.72@4.32:69.97@4.86:71.27@5.4:72.64Secant modulus-strain -20|%|MPa|Strain in %|Secant modulus in MPa|0.34:12226.5@0.68:11301.5@1.02:10527.5@1.36:9861.030000000001@1.7:9270.59@2.04:8731.860000000001@2.38:8229.83@2.72:7759.93@3.06:7324.84@3.4:6937.94{n}23|%|MPa|Strain in %|Secant modulus in MPa|0.35:12034.3@0.7:10967.1@1.05:10033.3@1.4:9215@1.75:8492@2.1:7847.14@2.45:7262.86@2.8:6723.21@3.15:6213.02@3.5:5718.57{n}40|%|MPa|Strain in %|Secant modulus in MPa|0.38:11397.4@0.76:10152.6@1.14:9090.35@1.52:8185.53@1.9:7412.63@2.28:6746.93@2.66:6163.91@3.04:5639.47@3.42:5148.83@3.8:4667.89{n}60|%|MPa|Strain in %|Secant modulus in MPa|0.47:8829.790000000001@0.9399999999999999:7415.96@1.41:6383.69@1.88:5621.81@2.35:5039.15@2.82:4564.54@3.29:4149.54@3.76:3765.96@4.23:3407.8@4.7:3089.15{n}80|%|MPa|Strain in %|Secant modulus in MPa|0.53:6458.49@1.06:5375.47@1.59:4621.38@2.12:4089.15@2.65:3694.34@3.18:3372.64@3.71:3081.94@4.24:2802.83@4.77:2537.32@5.3:2309.62{n}100|%|MPa|Strain in %|Secant modulus in MPa|0.58:5370.69@1.16:4476.72@1.74:3843.68@2.32:3388.36@2.9:3042.41@3.48:2756.9@4.06:2500.25@4.64:2258.19@5.22:2035.25@5.8:1853.1{n}120|%|MPa|Strain in %|Secant modulus in MPa|0.58:4975.86@1.16:4138.79@1.74:3543.1@2.32:3112.5@2.9:2785.86@3.48:2519.25@4.06:2283.25@4.64:2064.87@5.22:1866.09@5.8:1705.52{n}140|%|MPa|Strain in %|Secant modulus in MPa|0.57:4714.04@1.14:3910.53@1.71:3332.16@2.28:2912.72@2.85:2596.84@3.42:2343.57@3.99:2124.56@4.56:1925.66@5.13:1745.03@5.7:1594.74Secant modulus-strain (Cond.) -20|%|MPa|Strain in %|Secant modulus in MPa|0.37:12975.7@0.74:11644.6@1.11:10539.6@1.48:9614.190000000001@1.85:8826.49@2.22:8145.04@2.59:7543.24@2.96:7001.01@3.33:6505.71@3.7:6051.62{n}0|%|MPa|Strain in %|Secant modulus in MPa|0.41:11024.4@0.82:9625.610000000001@1.23:8505.690000000001@1.64:7605.49@2.05:6875.61@2.46:6269.51@2.87:5745.99@3.28:5270.12@3.69:4810.57@4.1:4341.71{n}23|%|MPa|Strain in %|Secant modulus in MPa|0.45:8133.33@0.9:6838.89@1.35:5917.04@1.8:5251.11@2.25:4748.89@2.7:4338.89@3.15:3973.65@3.6:3628.06@4.05:3299.26@4.5:3007.33{n}40|%|MPa|Strain in %|Secant modulus in MPa|0.49:6665.31@0.98:5627.55@1.47:4880.95@1.96:4332.65@2.45:3906.53@2.94:3547.62@3.43:3220.7@3.92:2910.71@4.41:2622@4.9:2379.8{n}60|%|MPa|Strain in %|Secant modulus in MPa|0.47:6200@0.9399999999999999:5223.4@1.41:4516.31@1.88:3995.74@2.35:3594.89@2.82:3263.83@3.29:2969@3.76:2695.21@4.23:2443.26@4.7:2231.28{n}80|%|MPa|Strain in %|Secant modulus in MPa|0.48:5477.08@0.96:4604.17@1.44:3972.92@1.92:3508.33@2.4:3150.42@2.88:2854.17@3.36:2591.37@3.84:2348.44@4.32:2128.47@4.8:1949.58{n}100|%|MPa|Strain in %|Secant modulus in MPa|0.51:4800@1.02:4016.67@1.53:3455.56@2.04:3044.61@2.55:2728.24@3.06:2465.03@3.57:2230.25@4.08:2013.97@4.59:1822.22@5.1:1676.47{n}120|%|MPa|Strain in %|Secant modulus in MPa|0.53:4432.08@1.06:3696.23@1.59:3164.15@2.12:2773.58@2.65:2474.34@3.18:2228.62@3.71:2012.67@4.24:1815.33@4.77:1638.78@5.3:1497.92{n}140|%|MPa|Strain in %|Secant modulus in MPa|0.54:4035.19@1.08:3334.26@1.62:2833.33@2.16:2471.76@2.7:2199.63@3.24:1980.86@3.78:1791.53@4.32:1619.68@4.86:1466.46@5.4:1345.19Stress-strain (isochronous)(Creep) 23°C (cond.) 1|%|MPa|Strain in %|Stress in MPa|0:0@0.10023:8@0.20219:16@0.30807:24@0.42041:32@0.54188:40@0.67537:48@0.82387:56@0.99047:64@1.17841:72@1.39097:80{n}10|%|MPa|Strain in %|Stress in MPa|0:0@0.1004:8@0.20359:16@0.31286:24@0.43149:32@0.5626100000000001:40@0.70916:48@0.87378:56@1.05889:64@1.2666:72@1.49873:80{n}100|%|MPa|Strain in %|Stress in MPa|0:0@0.10067:8@0.20591:16@0.32048:24@0.44859:32@0.5936:40@0.75808:48@0.94382:56@1.15189:64@1.38272:72@1.63621:80{n}1000|%|MPa|Strain in %|Stress in MPa|0:0@0.10114:8@0.20972:16@0.33263:24@0.47497:32@0.63992:40@0.8289299999999999:48@1.04208:56@1.27828:64@1.53562:72@1.81158:80{n}10000|%|MPa|Strain in %|Stress in MPa|0:0@0.10194:8@0.21597:16@0.35197:24@0.51569:32@0.70916:40@0.93155:48@1.17994:56@1.45008:64@1.73696:72@2.03528:80Stress-strain (isochronous)(Creep) 60°C 10|%|MPa|Strain in %|Stress in MPa|0:0@0.1014:5.9@0.2631:13.6@0.4386:21.3@0.6199:29@0.8090000000000001:36.7@1.0132:44.4@1.2419:52.1@1.502:59.8@1.7946:67.5@2.1031:75{n}100|%|MPa|Strain in %|Stress in MPa|0:0@0.1108:5.9@0.2897:13.6@0.4838:21.3@0.6833:29@0.8905:36.7@1.1137:44.4@1.3636:52.1@1.6476:59.8@1.9665:67.5@2.301:75{n}1000|%|MPa|Strain in %|Stress in MPa|0:0@0.1221:5.9@0.3215:13.6@0.5375:21.3@0.7583:29@0.9862:36.7@1.2311:44.4@1.5049:52.1@1.8157:59.8@2.1637:67.5@2.5269:75{n}10000|%|MPa|Strain in %|Stress in MPa|0:0@0.1356:5.9@0.3595:13.6@0.6012999999999999:21.3@0.8468:29@1.0986:36.7@1.3682:44.4@1.6689:52.1@2.0097:59.8@2.39:67.5@2.7846:75{n}100000|%|MPa|Strain in %|Stress in MPa|0:0@0.1519:5.9@0.405:13.6@0.6772:21.3@0.9515:29@1.2308:36.7@1.5284:44.4@1.8594:52.1@2.2337:59.8@2.6498:67.5@3.0787:75Stress-strain (isochronous)(Creep) 90°C 10|%|MPa|Strain in %|Stress in MPa|0:0@0.1422:5.9@0.342:13@0.5601:20.1@0.7881:27.2@1.0226:34.3@1.2659:41.4@1.5254:48.5@1.8138:55.6@2.1492:62.7@2.5679:70{n}100|%|MPa|Strain in %|Stress in MPa|0:0@0.1496:5.9@0.3618:13@0.5948:20.1@0.8388:27.2@1.0903:34.3@1.3518:41.4@1.6314:48.5@1.9438:55.6@2.3092:62.7@2.7681:70{n}1000|%|MPa|Strain in %|Stress in MPa|0:0@0.1579:5.9@0.3841:13@0.6337:20.1@0.8959:27.2@1.1665:34.3@1.4484:41.4@1.7508:48.5@2.0901:55.6@2.4893:62.7@2.9937:70{n}10000|%|MPa|Strain in %|Stress in MPa|0:0@0.1672:5.9@0.4092:13@0.6775:20.1@0.9601:27.2@1.2523:34.3@1.5571:41.4@1.8853:48.5@2.255:55.6@2.6923:62.7@3.2478:70{n}100000|%|MPa|Strain in %|Stress in MPa|0:0@0.1777:5.9@0.4374:13@0.7269:20.1@1.0324:27.2@1.3488:34.3@1.6795:41.4@2.0366:48.5@2.4407:55.6@2.9209:62.7@3.5341:70Stress-strain (isochronous)(Creep) 120°C 10|%|MPa|Strain in %|Stress in MPa|0:0@0.1589:5.9@0.3385:11.9@0.5366:17.9@0.7534:23.9@0.9892:29.9@1.2443:35.9@1.5188:41.9@1.8129:47.9@2.1271:53.9@2.4672:60{n}100|%|MPa|Strain in %|Stress in MPa|0:0@0.1652:5.9@0.3537:11.9@0.5636:17.9@0.7954:23.9@1.0496:29.9@1.3268:35.9@1.6275:41.9@1.9525:47.9@2.3022:53.9@2.6838:60{n}1000|%|MPa|Strain in %|Stress in MPa|0:0@0.1721:5.9@0.3706:11.9@0.5936:17.9@0.8421:23.9@1.1171:29.9@1.4196:35.9@1.7505:41.9@2.1109:47.9@2.5018:53.9@2.9318:60{n}10000|%|MPa|Strain in %|Stress in MPa|0:0@0.1797:5.9@0.3892:11.9@0.6269:17.9@0.8942:23.9@1.1928:29.9@1.5239:35.9@1.8893:41.9@2.2906:47.9@2.7294:53.9@3.2157:60{n}100000|%|MPa|Strain in %|Stress in MPa|0:0@0.1881:5.9@0.4097:11.9@0.6637999999999999:17.9@0.9523:23.9@1.2775:29.9@1.6414:35.9@2.0463:41.9@2.4946:47.9@2.9888:53.9@3.5409:60Stress-strain (isochronous)(Creep) 140°C 10|%|MPa|Strain in %|Stress in MPa|0:0@0.6035:20.6@0.7991:25.5@1.0115:30.4@1.24:35.3@1.4839:40.2@1.7425:45.1@2.0154:50{n}100|%|MPa|Strain in %|Stress in MPa|0:0@0.6479:20.6@0.8627:25.5@1.0968:30.4@1.3492:35.3@1.6188:40.2@1.9049:45.1@2.2068:50{n}1000|%|MPa|Strain in %|Stress in MPa|0:0@0.7005:20.6@0.9379:25.5@1.1974:30.4@1.4775:35.3@1.7771:40.2@2.0951:45.1@2.4304:50{n}10000|%|MPa|Strain in %|Stress in MPa|0:0@0.7628:20.6@1.0267:25.5@1.3159:30.4@1.6285:35.3@1.9628:40.2@2.3176:45.1@2.6916:50{n}100000|%|MPa|Strain in %|Stress in MPa|0:0@0.8365:20.6@1.1315:25.5@1.4555:30.4@1.8059:35.3@2.1808:40.2@2.5782:45.1@2.9967:50Creep modulus-time 23°C (cond.) 10|h|MPa|Time in h|Creep modulus in MPa|1:7969.39@10:7948.27@100:7913.57@1000:7855.35@10000:7759.29{n}20|h|MPa|Time in h|Creep modulus in MPa|1:7859@10:7774.34@100:7640.92@1000:7434.31@10000:7123.1{n}30|h|MPa|Time in h|Creep modulus in MPa|1:7661.33@10:7485.37@100:7227.23@1000:6859.32@10000:6355.93{n}40|h|MPa|Time in h|Creep modulus in MPa|1:7381.71@10:7109.72@100:6738.54@1000:6250.78@10000:5640.48{n}50|h|MPa|Time in h|Creep modulus in MPa|1:7032.78@10:6679.93@100:6230.85@1000:5681.99@10000:5043.59{n}60|h|MPa|Time in h|Creep modulus in MPa|1:6631.31@10:6225.87@100:5741.09@1000:5183.79@10000:4571.03{n}70|h|MPa|Time in h|Creep modulus in MPa|1:6200.65@10:5774.9@100:5292.55@1000:4764.35@10000:4207.02{n}80|h|MPa|Time in h|Creep modulus in MPa|1:5751.38@10:5337.85@100:4889.35@1000:4416.03@10000:3930.66Creep modulus-time 60°C 10|h|MPa|Time in h|Creep modulus in MPa|10:5431.34@100:4946.64@1000:4468.52@10000:4005.52@100000:3562{n}20|h|MPa|Time in h|Creep modulus in MPa|10:4895.42@100:4438.27@1000:3994.73@10000:3570.32@100000:3169.34{n}30|h|MPa|Time in h|Creep modulus in MPa|10:4659.05@100:4227.44@1000:3810.26@10000:3413.08@100000:3038.62{n}40|h|MPa|Time in h|Creep modulus in MPa|10:4473.7@100:4066.84@1000:3675.26@10000:3302.63@100000:2951.65{n}50|h|MPa|Time in h|Creep modulus in MPa|10:4249.45@100:3869.11@1000:3504.36@10000:3158.22@100000:2832.69{n}60|h|MPa|Time in h|Creep modulus in MPa|10:3975.62@100:3624.38@1000:3288.95@10000:2971.61@100000:2673.77{n}70|h|MPa|Time in h|Creep modulus in MPa|10:3692.4@100:3371.28@1000:3065.96@10000:2777.83@100000:2507.81{n}75|h|MPa|Time in h|Creep modulus in MPa|10:3566.16@100:3259.45@1000:2968.06@10000:2693.39@100000:2436.09Creep modulus-time 90°C 10|h|MPa|Time in h|Creep modulus in MPa|10:3934.31@100:3727.25@1000:3518.6@10000:3310.32@100000:3103.84{n}20|h|MPa|Time in h|Creep modulus in MPa|10:3590.99@100:3381.64@1000:3174.18@10000:2969.09@100000:2767.42{n}30|h|MPa|Time in h|Creep modulus in MPa|10:3409.9@100:3201.48@1000:2995.23@10000:2792.81@100000:2595.46{n}40|h|MPa|Time in h|Creep modulus in MPa|10:3286.87@100:3078.9@1000:2874.39@10000:2674.49@100000:2480.27{n}50|h|MPa|Time in h|Creep modulus in MPa|10:3157.49@100:2951.19@1000:2748.9@10000:2551.81@100000:2361.35{n}60|h|MPa|Time in h|Creep modulus in MPa|10:2980.04@100:2776.56@1000:2578.44@10000:2386.49@100000:2201.89{n}70|h|MPa|Time in h|Creep modulus in MPa|10:2725.96@100:2528.81@1000:2338.24@10000:2155.31@100000:1980.7Creep modulus-time 120°C 10|h|MPa|Time in h|Creep modulus in MPa|10:3577.93@100:3429.84@1000:3279.3@10000:3128.4@100000:2977.41{n}20|h|MPa|Time in h|Creep modulus in MPa|10:3276.95@100:3114.31@1000:2951.58@10000:2789.5@100000:2629.09{n}30|h|MPa|Time in h|Creep modulus in MPa|10:3020.26@100:2846.22@1000:2674@10000:2504.07@100000:2337.83{n}40|h|MPa|Time in h|Creep modulus in MPa|10:2797.69@100:2614.96@1000:2435.25@10000:2260.22@100000:2090.46{n}50|h|MPa|Time in h|Creep modulus in MPa|10:2603.64@100:2413.35@1000:2228.29@10000:2049.64@100000:1878.47{n}60|h|MPa|Time in h|Creep modulus in MPa|10:2431.91@100:2235.64@1000:2046.52@10000:1865.85@100000:1694.48Creep modulus-time 140°C 10|h|MPa|Time in h|Creep modulus in MPa|10:3822.37@100:3597.99@1000:3363.1@10000:3120.32@100000:2873.46{n}20|h|MPa|Time in h|Creep modulus in MPa|10:3441.07@100:3207.52@1000:2968.76@10000:2728.14@100000:2489.37{n}30|h|MPa|Time in h|Creep modulus in MPa|10:3019.41@100:2785.47@1000:2552.2@10000:2323.01@100000:2100.73{n}40|h|MPa|Time in h|Creep modulus in MPa|10:2714.32@100:2488.36@1000:2266.91@10000:2052.59@100000:1847.52{n}50|h|MPa|Time in h|Creep modulus in MPa|10:2480.9@100:2265.72@1000:2057.27@10000:1857.63@100000:1668.5Specific volume-temperature (pvT) 0.1|°C|E-3 m³/kg|Spec. volume in °C|Temperature in E-3 m³/kg|20:0.70911@30:0.71092@40:0.71273@50:0.71454@60:0.71635@70:0.71816@80:0.71997@90:0.72178@100:0.72359@110:0.7254@120:0.72721@130:0.72902@140:0.73083@150:0.73264@160:0.73445@170:0.73626@180:0.73807@190:0.73988@200:0.7417@210:0.74355@220:0.74548@230:0.74763@240:0.75046@250:0.75536@260:0.7664299999999999@262.51:0.771@270:0.77295@280:0.77555@290:0.77815@300:0.7807500000000001{n}40|°C|E-3 m³/kg|Spec. volume in °C|Temperature in E-3 m³/kg|20:0.70526@30:0.707@40:0.70874@50:0.71047@60:0.71221@70:0.71394@80:0.71567@90:0.7174@100:0.71913@110:0.7208599999999999@120:0.72258@130:0.72431@140:0.72603@150:0.72775@160:0.72947@170:0.73119@180:0.73291@190:0.7346200000000001@200:0.73634@210:0.73808@220:0.73987@230:0.74183@240:0.74427@250:0.74817@260:0.7565@265.006:0.76388@270:0.76505@280:0.7674@290:0.76973@300:0.77206{n}80|°C|E-3 m³/kg|Spec. volume in °C|Temperature in E-3 m³/kg|20:0.70164@30:0.70331@40:0.7049800000000001@50:0.70665@60:0.7083199999999999@70:0.7099800000000001@80:0.71165@90:0.7133@100:0.71496@110:0.71662@120:0.71827@130:0.71991@140:0.72156@150:0.7232@160:0.72484@170:0.72648@180:0.72812@190:0.72975@200:0.73139@210:0.73303@220:0.73471@230:0.73651@240:0.73865@250:0.7418400000000001@260:0.74818@267.502:0.75743@270:0.75797@280:0.7601@290:0.76223@300:0.76434{n}120|°C|E-3 m³/kg|Spec. volume in °C|Temperature in E-3 m³/kg|20:0.69821@30:0.69983@40:0.70144@50:0.70305@60:0.70466@70:0.70626@80:0.70786@90:0.70945@100:0.71104@110:0.71263@120:0.71422@130:0.7158@140:0.71738@150:0.71895@160:0.72052@170:0.72209@180:0.72365@190:0.72521@200:0.72677@210:0.72834@220:0.72993@230:0.7316@240:0.73351@250:0.73617@260:0.74109@269.998:0.75154@270:0.75154@280:0.75351@290:0.75546@300:0.75739{n}160|°C|E-3 m³/kg|Spec. volume in °C|Temperature in E-3 m³/kg|20:0.69496@30:0.69652@40:0.69808@50:0.69964@60:0.70119@70:0.70274@80:0.70428@90:0.70582@100:0.70735@110:0.70888@120:0.71041@130:0.71193@140:0.71345@150:0.71496@160:0.7164700000000001@170:0.71797@180:0.7194700000000001@190:0.72097@200:0.72246@210:0.72396@220:0.7254699999999999@230:0.72703@240:0.72877@250:0.73104@260:0.73492@270:0.74365@272.494:0.74612@280:0.74748@290:0.7492799999999999@300:0.75107{n}200|°C|E-3 m³/kg|Spec. volume in °C|Temperature in E-3 m³/kg|20:0.69187@30:0.69338@40:0.69489@50:0.6964@60:0.6979@70:0.6994@80:0.70089@90:0.70238@100:0.70386@110:0.70534@120:0.70681@130:0.70828@140:0.70974@150:0.7112000000000001@160:0.71265@170:0.7141@180:0.71554@190:0.71698@200:0.71841@210:0.71985@220:0.72129@230:0.72277@240:0.72437@250:0.7263500000000001@260:0.72948@270:0.73607@274.99:0.74109@280:0.74194@290:0.7436199999999999@300:0.74527Coefficient of Linear Thermal Expansion(CTE)-Temperature αn|°C|%|Temperature in °C|ΔL/L0 in %|-42:-0.454@-40:-0.445@-30:-0.386@-20:-0.32@-10:-0.249@0:-0.175@10:-0.097@20:-0.023@24:0.008@30:0.056@40:0.144@50:0.243@54:0.286@60:0.353@70:0.472@80:0.599@90:0.736@100:0.882@110:1.036@120:1.198@130:1.37@140:1.555@150:1.75@160:1.96@170:2.175@180:2.384@190:2.574{n}αp|°C|%|Temperature in °C|ΔL/L0 in %|-42:-0.152@-40:-0.149@-30:-0.131@-20:-0.109@-10:-0.08400000000000001@0:-0.058@10:-0.031@20:-0.007@24:0.002@30:0.016@40:0.039@50:0.062@54:0.07000000000000001@60:0.082@70:0.101@80:0.119@90:0.137@100:0.156@110:0.174@120:0.193@130:0.212@140:0.232@150:0.252@160:0.271@170:0.29@180:0.307@190:0.323Tensile modulus-temperature |°C|MPa|Temperature in °C|Tensile modulus in MPa|-30:11944@-20:11961@-10:11965@0:11949@10:11972@20:11811@30:11618@40:11033@50:9598@60:8299@70:6935@80:6380@90:5982@100:5601@110:5409@120:5190@130:5025@140:4928@150:4711@160:4592Tensile modulus-temperature (cond.) |°C|MPa|Temperature in °C|Tensile modulus in MPa|-30:12777@-20:12564@-10:11937@0:10594@10:9348@20:7782@30:7366@40:6639@50:6330@60:6249@70:5902@80:5527@90:5287@100:4923@110:4794@120:4582@130:4368@140:4141@150:4018@160:3818 | |||
| Reinforced | 35% Glass Fiber | |||
| Physical | Value/Unit(Sign in to View) | Test Standard | Test Condition |
|---|---|---|---|
Density/Specific Gravity | *** g/cm³ | ISO 1183 | |
Density/Specific Gravity | *** g/cm³ | ASTM D792 | |
Melt Volume Flow Rate(MVR) | |||
275°C/5 kg | *** cm³/10 min | ISO 1133 | |
Mold Shrinkage | |||
- | *** % | Internal | |
Water Absorption | *** % | ASTM D570 | 50% RH |
Water Absorption | *** % | ASTM D570 | Saturation |
Water Absorption | *** % | ISO 62 | 50% RH |
Water Absorption | *** % | ISO 62 | Saturation |
| Mechanical | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Tensile Modulus | *** Mpa | ISO 527 | Conditioned,23℃ |
Tensile Modulus | *** Mpa | ISO 527 | Dry,23℃ |
Tensile Strength | |||
Break | *** Mpa | ISO 527 | Conditioned,23℃ |
Break | *** Mpa | ISO 527 | Dry,23℃ |
Break | *** Mpa | ISO 527 | Dry,80℃ |
Break | *** Mpa | ASTM D638 | Dry,23℃ |
Tensile Elongation | |||
Break | *** % | ASTM D638 | Dry,23℃ |
Break | *** % | ISO 527 | Conditioned,23℃ |
Break | *** % | ISO 527 | Dry,23℃ |
Break | *** % | ISO 527 | Dry,80℃ |
Flexural Modulus | *** Mpa | ASTM D790 | Dry,23℃ |
Flexural Modulus | *** Mpa | ISO 178 | Conditioned,23℃ |
Flexural Modulus | *** Mpa | ISO 178 | Dry,23℃ |
| Impact | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Charpy Notched Impact Strengh | |||
-30℃ (-22℉) | *** kJ/m² | ISO 179 | Dry |
23℃ (73℉) | *** kJ/m² | ISO 179 | Conditioned |
23℃ (73℉) | *** kJ/m² | ISO 179 | Dry |
Charpy Unnotched Impact Strengh | |||
-30℃ (-22℉) | *** kJ/m² | ISO 179 | Dry |
23℃ (73℉) | *** kJ/m² | ISO 179 | Conditioned |
23℃ (73℉) | *** kJ/m² | ISO 179 | Dry |
Izod Notched Impact Strengh | |||
-40℃ (-40℉) | *** J/m | ASTM D256 | Dry |
23℃ (73℉) | *** J/m | ASTM D256 | Dry |
23℃ (73℉) | *** kJ/m² | ISO 180 | Dry |
| Thermal | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Heat Deflection Temperature(HDT) | |||
0.45 Mpa (66 psi)（4.6kg/cm²） | *** °C | ASTM D648 | Dry |
0.45 Mpa (66 psi)（4.6kg/cm²） | *** °C | ISO 75 | Dry |
1.8 Mpa (264 psi)（18.6kg/cm²） | *** °C | ASTM D648 | Dry |
1.8 Mpa (264 psi)（18.6kg/cm²） | *** °C | ISO 75 | Dry |
Relative Temperature Index(RTI), Imp | |||
1.5/1.6 mm | *** °C | UL 746B | |
3.0/3.2 mm | *** °C | UL 746B | |
6.0mm | *** °C | UL 746B | |
Relative Temperature Index(RTI), Elec | |||
0.75/0.8mm | *** °C | UL 746B | |
1.5/1.6 mm | *** °C | UL 746B | |
3.0/3.2 mm | *** °C | UL 746B | |
6.0mm | *** °C | UL 746B | |
Relative Temperature Index(RTI), Str | |||
1.5/1.6 mm | *** °C | UL 746B | |
3.0/3.2 mm | *** °C | UL 746B | |
6.0mm | *** °C | UL 746B | |
Coefficient of Linear Thermal Expansion | |||
Flow | *** E-6/°C | Internal | Dry |
Across Flow | *** E-6/°C | Internal | Dry |
- | *** E-6 mm/mm/℃ | ASTM D E831 | Dry |
Melt Temperature(Tm) | *** °C | ASTM D3418 | Dry |
Melt Temperature(Tm) | *** °C | ISO 3146 | Dry |
| Flammability | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Flame Rating | |||
HB | *** mm | UL94 | |
HB | *** mm | UL94 | |
HB | *** mm | UL94 | |
| Electrical | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Volume Resistivity | *** Ohm-m | ASTM D257 | Conditioned,1.50 mm |
Volume Resistivity | *** Ohm-m | ASTM D257 | Dry,1.50 mm |
Volume Resistivity | *** Ohm-m | IEC 60093 | |
Volume Resistivity | *** Ohm-m | IEC 60093 | Conditioned |
Dielectric Constant(Permittivity) | |||
1MHz | *** - | IEC 60250 | |
1MHz | *** - | IEC 60250 | Conditioned |
Dissipation Factor | |||
100Hz | *** E-4 | IEC 60250 | |
100Hz | *** E-4 | IEC 60250 | Conditioned |
1MHz | *** E-4 | IEC 60250 | |
1MHz | *** E-4 | IEC 60250 | Conditioned |
Comparative Tracking Index (CTI) | |||
- | *** V | IEC 60112 | Conditioned |
- | *** V | IEC 60112 | Dry |
The information presented on this datasheet was acquired by AjiEng.com from the producer of the material. AjiEng.com makes substantial efforts to assure the accuracy of this data. However, AjiEng.com assumes no responsibility for the data values and strongly encourages that upon final material selection, data points are validated with the material supplier.
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