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Experimental investigation glass/sodium oxidanide treated banana fiber hybrid

机译:实验研究玻璃/氧化钠处理的香蕉纤维杂交

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Materials are indispensible but the supply is limited. In particularly, the supply of material is limited for specific applications. Light weight low strength applications are very wide. This investigation focuses the natural fibre hybrid with artificial fiber-based hybrid composite preparation. The banana fibre is used to prepare the composite with glass fibre. The banana fiber is here treated with specific concentration of sodium oxidanide in the distilled water. The composites synthesized with treated and untreated banana fibres. The alternate fashion of horizontal and vertical is followed for fibres' orientation. The bio epoxy is employed as matrix material with mix of hardener. The prepared composite are characterized by water absorbability, tensile properties, flexural properties and shock absorption capacities. The synthesized composites also characterized for dry and wet applications.
机译:材料是必不可少的,但供应有限。 特别地,材料供应限于特定应用。 轻量级低强度应用非常宽。 该研究将天然纤维杂交种与人工纤维的杂化复合材料重点集中。 香蕉纤维用于用玻璃纤维制备复合材料。 这里,香蕉纤维在蒸馏水中具有特定浓度的氧钛酸钠处理。 用处理和未经处理的香蕉纤维合成的复合材料。 水平和垂直的替代方式是纤维的方向。 生物环氧树脂用作具有硬化剂混合物的基质材料。 制备的复合材料的特征在于吸水性,拉伸性能,弯曲性能和减震能力。 合成的复合材料还表征用于干湿应用。

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