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引用次数: 0

摘要

天然植物纤维在我们的日常生活中为经济繁荣和可持续发展做出了明确的贡献。特别是,竹纤维已被用于纺织、造纸和建筑等多种工业应用。最近对竹纤维(BF)重新产生的兴趣主要是为了取代或减少使用来自不可再生资源的玻璃纤维。在这个项目中,总结了各种机械、化学和生物方法来制备和分离竹纤维。本文研究了竹纤维增强复合材料(BFRC)的力学性能。采用CUSO4、硼砂和硼酸对竹纤维进行化学处理,然后采用物理磨粉法制备竹纤维。压缩、拉伸、硬度等力学性能均有改善。因此,这种复合材料可以作为生产、制造行业的制造材料。
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Processing Of a Manufacturing Material Using Treated Bamboo
Natural plant fibers have unequivocally contributed economic prosperity and sustainability in our daily lives. Particularly, bamboo fibers have been used for industrial applications as diverse as textiles, paper, and construction. Recent renewed interest in bamboo fiber (BF) is primarily targeted for the replacement or reduction in use of glass fiber from nonrenewable resources. In this project, various mechanical, chemical, and biological approaches for the preparation and separation of bamboo fibers from raw bamboo are summarized. In this work the mechanical properties of Bamboo Fiber Reinforced Composite (BFRC) were studied. The bamboo fibers were prepared through chemical treatment by CUSO4, Borax and Boric acid followed by physical milling method. Compression, tensile, hardness were showed improvement in mechanical properties. Hence this composite material can be used as a manufacturing material for production, manufacturing industries.
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