首页> 外文会议>International Conference on Advanced Materials for Better Future >Recycled Polypropylene/Kenaf Fiber/Halloysite(rPP/rNR/KF/Hall)smart composites:The influence of bio-compatibilizer addition on Tensile,Morphological and Heat Combustion Properties
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Recycled Polypropylene/Kenaf Fiber/Halloysite(rPP/rNR/KF/Hall)smart composites:The influence of bio-compatibilizer addition on Tensile,Morphological and Heat Combustion Properties

机译:再循环聚丙烯/ keNAF纤维/霍利石(RPP / RNR / KF /霍尔)智能复合材料:生物偶联剂添加对拉伸,形态和热燃烧性能的影响

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Had been successfully synthesized rPP/DVB/PP-AA/rNR/KF//Hall+ZB smart composite in solution reactive processes with various recycled Natural Rubber(rNR)bio-compatibilizer concentration.The addition of rNR bio-compatibilizer improved the total capacity loading(Hall and KF)fdler to reach the optimum concentration.The addition of 3% rNR is capable to increase capacity of total loading filler KF and Hall up to 46% as the optimum condition(KH4).At optimum conditions it can increase the Tensile Strength(TS)and Elongation(Elo)up to 16% and 17% respectively,and decrease the Young Modulus(YM)to 1% compared to that the composites without rNR(KH1).The rNR plasticizer serves as a bio-compatibilizer that can increase the loading fdler capacity and well interaction,finally,it can increase the TS properties.The increase of total loading filler KF and Hall to 46%(KH4)can also improve the inflammability of the composites.The Heat combustion(Hg)of KH1 without rNR was 42.3 kJ/g and at optimum condition the Hg of KH4 increases 4.8%,compared to that of KH1.The time to Ignition(TTI)increases by 6.9%,Burning Rate(BR)decreases by 3.7% and the Heat Release(HR)increases by 2.1% compared to that of the composites without rNR(KH1).
机译:已经成功地合成了RPP / DVB / PP-AA / RNR / KF //霍尔+ ZB在溶液智能复合与各种回收天然橡胶(RNR)生物相容concentration.The加成RNR生物相容的反应过程改进的总容量加载(Hall和KF)fdler达到最佳concentration.The加入3%RNR能够增加总负载填料KF和Hall的容量高达46%作为.AT最佳条件它能增加的最佳条件(KH4)拉伸强度(TS)和伸长率(ELO)分别高达16%和17%,并且与在不RNR(KH1)。该RNR增塑剂复合物用作生物相容降低杨氏模量(YM)以1%的可以增加负载fdler容量和良好的相互作用,最后,它可以增加总负载填料KF和Hall的TS详细性能提高到46%(KH4)也可以提高热composites.The燃烧的易燃性(Hg)的KH1而不RNR为42.3千焦/克,并在最佳条件吨与KH1相比,赫格·赫格HG增加了4.8%。点燃(TTI)的时间增加了6.9%,燃烧率(BR)减少3.7%,与...相比,热释放(HR)增加2.1%没有RNR(KH1)的复合材料。

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