5kN热塑性弹性体材料拉伸试验测试拉伸强度、屈服强度、断裂强度、撕裂强度、剥离强度、粘合强度、拉伸应力、屈服应力、断裂应力、拉伸应变、屈服应变、断裂应变、拉伸弹性模量、泊松比、断裂伸长率、绘制荷载-位移曲线、应力-应变曲线。
5kN热塑性弹性体材料拉伸试验机；5kN硫化橡胶拉伸试验机；5kN热塑性材料拉伸试验机；5kN弹性体薄膜拉伸试验机；HRJ Tests；5kN弹性体片材拉伸试验机；5kN高分子材料拉伸试验机；5kN汽车橡胶件拉伸试验机；5kN汽车塑料件拉伸试验机；5kN热塑性橡胶拉伸试验机；5kN刚性基板粘合强度测定；90°剥离法试验；POE拉伸测试；TPO薄膜和片材拉伸测试；HRJ Tests；5kN氟弹性体材料拉伸试验机；QB/T5349-2018车用聚烯烃弹性体（TPO）薄膜和片材；NB/T10200-2019晶体硅太阳电池组件用聚烯烃弹性体（POE）封装绝缘胶膜；JB/T13593-2018电气用氟弹性体热收缩管；90°Peel Method；ASTM D412-2006a(2013)；HRJ Tests；ISO 37-2011；ISO 815；ISO 7743；ISO 34-1；DIN ISO 813-2011；ISO 18064-2014；ASTM D5538-2013；GMW 15812-2016；GMW 15813-2017；SMTC 5 320 024；SMTC 5 400 239；KS M 16012:2015；90°Peel Fixture；ASTM D 7078；ISO 14130；JIS A6021；ISO 11469；ISO 4928；ISO 6118；ISO 1817；HRJ Tests；ISO 23936-2；IEC 60684-3-233；HG/T5113-2016；HG/T4903-2016；90°Peel Adhesion Test；SH/T1610-2011；SH/T1812-2017；JT/T1089-2016；QB/T5351-2018；QC/T797-2008；GB/T34903.2-2017；GB/T29334-2012；HRJ Tests；GB/T2951.21-2008；GB/T26528-2011；
Vulcanized Rubber Tensile Tester；Thermoplastic Elastomers Tensile Tester；Standard Test Methods for Vulcanized Rubber and Thermoplastic Elastomersmdash Tension；HRJ Tests；Rubber vulcanized or thermoplastic-Determination of tensile stress-strain properties；Rubber At ambient or elevated temperatures；Determination of compression stress-strain properties；Rubber Determination of tear strength；Trouser angle and crescent test pieces；Determination of adhesion to a rigid substrate；Thermoplastic elastomers-Nomenclature and abbreviated terms；Standard Practice for Thermoplastic Elastomersmdash Terminology and Abbreviations；Thermoplastic Elastomers Polyolefinic Fully Cross；Thermo plastic elastomers(tpe) material requirements；Rubber permanent deformation test method；Thermoplastic elastomers based on the waste rubber and plastic；Styrene butadiene styrene(SBS) modified bitumen for waterproof；Polyolefin elastomer（TPO） film and sheet for vehicle；Material identification & marking of automotive plastic rubber & thermoplastic elastomer parts；
All materials and products covered by these test methods must withstand tensile forces for adequate performance in certain applications；HRJ Tests；These test methods allow for the measurement of such tensile properties；tensile properties alone may not directly relate to the total end use performance of the product because of the wide range of potential performance requirements in actual use；Tensile properties depend both on the material and the conditions of test (extension rate, temperature, humidity, specimen geometry, pretest conditioning, etc)；therefore materials should be compared only when tested under the same conditions；HRJ Tests；Temperature and rate of extension may have substantial effects on tensile properties and therefore should be controlled；These effects will vary depending on the type of material being tested；Tensile set represents residual deformation which is partly permanent and partly recoverable after stretching and retraction；the periods of extension and recovery (and other conditions of test) must be controlled to obtain comparable results；HRJ Tests；These test methods cover procedures used to evaluate the tensile (tension) properties of vulcanized thermoset rubbers and thermoplastic elastomers；low elongation materials test；Material Tester；Various Testing Machine；Laboratory Equipment；HRJ Material Tester；Asia Tests；World Material Tester；Tester Service Center；Tester Fittings Supply Center；Design Manufacture Center；Special Test Accessories；
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