竹废料和红麻纤维增强复合材料用于残疾人学步车的创新

H. Sosiati, Tri Wahyono, Ankas Pamasti, Arif Muhammad Rizky, Revlyn Himawan, Yashinta Farahsani, S. Hamdan
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引用次数: 0

摘要

竹子从根到茎都有很多好处,在印度尼西亚很容易获得。竹子广泛用于工艺品、编织材料、纺织品、建筑和桥梁。此外,竹纤维还被加工成各种产品,以增加其潜力和经济价值,即在工程领域的应用,包括汽车、飞机和太阳能电池板。然而,在印度尼西亚,竹纤维的供应并不容易,手工艺品产生的竹废料通常只用作燃料。通过这项社区服务活动,将竹废料与天然红麻纤维结合,并用环氧树脂粘合剂加工成复合材料。然后,该复合产品被用于创新残疾人助行器,即在助行器上添加饮食垫。该复合材料在使用前还进行了冲击韧性测试。这种创新产品有望增加农村社区的用户福利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Innovation of Walker for People with Disabilities using Bamboo Waste and Kenaf Fibers Reinforced Composites
Bamboo has many benefits from roots to stems and is very easy to obtain in Indonesia. Bamboo is widely used for handicraft products, woven materials, textiles, buildings, and bridges. In addition, bamboo fiber has also been processed into various products to increase its potential and economic value, namely for applications in the field of engineering, including automotive, aircraft, and solar panels. However, the availability of bamboo fiber in Indonesia is not easy to obtain, and bamboo waste from handicraft products is generally only used for fuel. The bamboo waste is combined with natural kenaf fiber and processed into a composite material with an epoxy resin binder through this community service activity. The composite product is then used to innovate the walking aids (walkers) for people with disabilities, namely by adding eating and drinking mats to the walker. The composite material has also been tested for its impact toughness before use. This innovative product is expected to increase user benefits in rural communities.
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