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Research on the Flame-retardant Property of Continuous Basalt Fiber based on Basic Properties of Advanced Composite Materials

机译:基于先进复合材料的碱性特性的连续玄武岩纤维阻燃性能研究

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In this paper, Continuous Basalt Fiber (CBF) was used as the raw materials, and then woven by the Digital sample looms. Experimental results show that CBF has a very high limiting oxygen index, even if which more than 69%, was much higher than 27% of the indicators of the non-combustible fiber. In the Vertical Burning Test, there was no burning, smoldering, continued burning phenomenon, which can be clearly seen, and the mechanical properties can remain stability in the before-and-after-test. The CBF, would be bound to play a significant role in future of fire-retardant materials and high-temperature composite materials, exhibited excellent flame resistance and heat resistance.
机译:本文使用了连续的玄武岩纤维(CBF)作为原料,然后由数字样品织机编织。实验结果表明,CBF具有非常高的限制氧指数,即使大于69%,高于不可易燃纤维指标的27%。在垂直燃烧试验中,没有燃烧,闷烧,持续的燃烧现象,可以清楚地看到,并且机械性能可以在测试前测试中保持稳定性。 CBF将在阻燃材料和高温复合材料的未来作出巨大作用,表现出优异的阻燃和耐热性。

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