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首页> 外文期刊>Progress in Rubber,Plastics and Recycling Technology >A Novel Reclaiming Agent for Ground Rubber Tyre (GRT). Part II: Property Evaluation of Virgin Natural Rubber (NR)/Novel Reclaimed GRT Revulcanisates
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A Novel Reclaiming Agent for Ground Rubber Tyre (GRT). Part II: Property Evaluation of Virgin Natural Rubber (NR)/Novel Reclaimed GRT Revulcanisates

机译:一种用于地面橡胶轮胎(GRT)的新型再生剂。第二部分:天然天然橡胶(NR)/新型再生GRT硫化橡胶的性能评估

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Blending of recycled scrap rubber such as reclaimed rubber with virgin rubber has increased over the last few years, especially in the manufacture of tyre components. The reason for this is the growing concern about the effect of rubber product waste on the environment and the rise in the costs of virgin rubbers. In this study, physicomechanical properties such as tensile properties, tear strength, hardness, resilience, abrasion resistance, ageing performance, and swelling behaviour as well as carbon black dispersion rating of 85/15 virgin NRovel reclaimed ground rubber tyre (GRT) revulcanisates were evaluated and compared with those of control vulcanisates. Results revealed that the abrasion volume loss of blends of virgin NR and novel reclaimed rubber revulcanisates is lower than that of revulcanisate prepared with a blend of 85/15 virgin NR/ reclaimed rubber (Control (Rec)), produced locally, and comparable with that of 100% NR vulcanisate (Control (NR)). Although the tensile strength and elongation at break of the virgin NRovel reclaimed rubber revulcanisates are lower than those of the Control (NR) vulcanisate, these values are at a level acceptable for tyre treads. Hence, the 85/15 virgin NRovel reclaimed rubber revulcanisates prepared with the readily available, low-cost, environmentally friendly amino compound can be used as an alternative to the Control (NR) and Control (Rec) vulcanisates in tyre treads.
机译:在过去的几年中,尤其是在轮胎部件的制造中,诸如再生橡胶之类的再生废橡胶与原始橡胶的混合已经增加。其原因是人们越来越担心橡胶制品废料对环境的影响以及原始橡胶成本的上升。在这项研究中,物理机械性能(例如拉伸性能,撕裂强度,硬度,回弹性,耐磨性,老化性能和溶胀行为)以及85/15原始NR /新型再生地面橡胶轮胎(GRT)的炭黑弥散等级得以恢复被评估并与对照硫化橡胶比较。结果显示,原始NR和新型再生橡胶硫化橡胶的混合物的磨损量损失低于使用85/15原始NR /再生橡胶(对照(Rec))的混合物制备的,与当地生产的可与之相比的硫化橡胶的磨损量损失。 100%NR硫化橡胶(对照(NR))。尽管原始NR /新型再生橡胶硫化橡胶的拉伸强度和断裂伸长率低于对照(NR)硫化橡胶的拉伸强度和断裂伸长率,但这些值处于轮胎胎面可接受的水平。因此,用易得,低成本,环保的氨基化合物制备的85/15原始NR /新型再生橡胶硫化橡胶可以替代轮胎胎面中的对照(NR)和对照(Rec)硫化橡胶。

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