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首页> 外文期刊>Transactions on Electrical and Electronic Materials >Effect of Silica Particle Size on the Mechanical Properties in an Epoxy/Silica Composite for HV Insulation
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Effect of Silica Particle Size on the Mechanical Properties in an Epoxy/Silica Composite for HV Insulation

机译:二氧化硅粒径对高压绝缘环氧树脂/二氧化硅复合材料力学性能的影响

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摘要

In order to develop a high voltage insulation material, epoxy/micro-silica composites (EMC) and epoxy/micro-silicaano-silica composites (EMNC) with three different particle sizes in and one particle size in nm were prepared and their tensile and flexural tests were carried out and the data was estimated by Weibull statistical analysis. The tensile strength of the neat epoxy was 82.8 MPa and those of the EMCs were larger than that of the neat epoxy, and they were much more advanced by the addition of 10 nm sized nano-silica to the EMCs. Flexural strength showed the same tendency of the tensile strength. As the micro-particle size decreased, tensile and flexural strength increased.
机译:为了开发高压绝缘材料,制备了三种粒径分别为nm和一种粒径为nm的环氧/微二氧化硅复合材料(EMC)和环氧/微二氧化硅/纳米二氧化硅复合材料(EMNC),并对其拉伸进行了研究。进行弯曲试验,并通过威布尔统计分析估计数据。纯环氧树脂的抗张强度为82.8 MPa,EMC的抗张强度比纯环氧树脂的抗张强度大,并且通过向EMC中添加10 nm尺寸的纳米二氧化硅,抗张强度大大提高。弯曲强度显示出与拉伸强度相同的趋势。随着微粒尺寸的减小,抗张强度和抗弯强度增加。

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