首页> 外文会议>4th International Moratuwa Engineering Research Conference >Powdered Corn Grain and Cornflour on Properties of Natural Rubber Latex Vulcanizates: Effect of Filler Loading
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Powdered Corn Grain and Cornflour on Properties of Natural Rubber Latex Vulcanizates: Effect of Filler Loading

机译:玉米粉和玉米粉对天然橡胶胶乳硫化产品性能的影响:填料量的影响

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摘要

Natural rubber latex (NRL) is used as a basic raw material in manufacturing latex products for household, medical and industrial applications. This widespread use of NRL is caused by the extensive generation of solid waste material. Most of the rubber wastes are disposed of in a landfill, open burning, incineration, open dumping or recycling. As recycling of rubber is not widely practiced due to high cost and insufficient facilities, the accumulation of huge stockpiles of disposed of rubber materials has become huge social and environmental problem. Due to the environmental sustainability matters, use of bio-fillers from renewable resources to reinforce latex compounds has been addressed in this research. In this study, two series of samples were prepared using powdered corn grain and cornflour as fillers and by varying loading from 0 to 50 phr at 10 phr intervals. The effect of these fillers on the physical properties of NRL vulcanizates was investigated. The tensile property, tear strength, density, water absorption and surface morphology were studied. The results indicated that powdered corn grain filled NRL vulcanizates have good mechanical properties compared to cornflour filled vulcanizates. Powdered corn grain loading of 20 phr will be considered as the optimum filler loading to achieve required physical properties.
机译:天然橡胶乳胶(NRL)被用作制造家用,医疗和工业应用的乳胶产品的基本原料。 NRL的广泛使用是由大量固体废物产生的。大部分橡胶废料都在填埋场中进行露天焚烧,焚化,露天倾倒或回收。由于橡胶的回收利用由于成本高和设施不足而未被广泛实施,因此大量废弃橡胶材料的堆积积累已成为巨大的社会和环境问题。由于环境可持续性的重要性,这项研究已经解决了使用可再生资源中的生物填料来增强乳胶化合物的问题。在这项研究中,使用玉米粉和玉米粉作为填充剂,并以10 phr的间隔从0到50 phr改变载荷,制备了两个系列的样品。研究了这些填料对NRL硫化橡胶的物理性能的影响。研究了拉伸性能,撕裂强度,密度,吸水率和表面形态。结果表明,与玉米粉填充的硫化橡胶相比,粉状玉米颗粒填充的NRL硫化橡胶具有良好的机械性能。 20 phr的玉米粉粉负载量被认为是实现所需物理性能的最佳填料量。

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