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Research on VARTM Technology for Fabricating Basalt Fiber/Vinyl Ester Composites

机译:玄武岩纤维/乙烯基酯复合材料制备的Vartm技术研究

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Basalt fiber has good sea water resistance, heat resistance and sound insulation. This shows that, basalt fiber is ideal material for ship manufacturing. Because of the bad fiber permeability, using VARTM process to produce large basalt fiber marine components still has deficiency. Taking basalt fiber/vinyl resin composite shell as object, research was taken to find the method of improving resin flow velocity and suitable resin injection strategy system in VARTM process. The results show that air release additive contributes to the resin's flow in preform body, and the tensile strength and flexural strength of components increase with the increase of air release additive's quantum when the quantum less than 0.5%. The resin flow's frontier of the components made by sequence injection strategy is always keeping the same and its velocity is uniform, which makes its quality is better than that made by embranchment injection strategy.
机译:玄武岩纤维具有良好的海水阻力,耐热性和隔音。这表明,玄武岩纤维是船舶制造的理想材料。由于纤维渗透性不良,使用vartm方法生产大玄武岩纤维海洋组分仍有缺陷。服用玄武岩纤维/乙烯基树脂复合壳作为对象,采取研究以寻找改善树脂流速和合适的树脂注射策略系统在糖粉过程中的方法。结果表明,空气释放添加剂有助于树脂在预成型体体中的流动,并且在量子量小于0.5%时,部件的抗拉强度和抗弯强度随着空气释放添加剂的增加而增加。通过序列喷射策略制造的部件的树脂流动的前沿始终保持相同,并且其速度是均匀的,这使得其质量优于由装配注射策略制造的。

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