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Insulation properties of XLPE by adding cross-linking agent and cross-linking co-agent

机译:加入交联剂和交联助剂的交联聚乙烯的绝缘性能

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We studied the electrical, chemical and mechanical characteristics of XLPE by dicumyl peroxide (DCP) and trimethylolpropane triacrylate (TMPTA) content ratio. DCP content was changed from 1.0 to 2.5 phr increasing 0.5 phr. TMPTA content was changed 0.5 to 1.5 phr increasing 0.5 phr. Thermal analysis (DSC) was carried out in order to observe the tendency of T/sub g/ according to DCP and TMPTA content. Tensile strength was measured in order to observe the mechanical strength. In experimental results, DCP content of 2.0 phr and TMPTA content of 1.0 phr has the highest breakdown strength. A DCP content of 2.0 phr and TMPTA content of 0.5 phr has lowest dielectric constant. The tendency of T/sub g/ was not affected by DCP and TMPTA content.
机译:我们通过过氧化二枯基(DCP)和三羟甲基丙烷三丙烯酸酯(TMPTA)的含量比研究了XLPE的电气,化学和机械特性。 DCP含量从1.0 phr更改为2.5 phr,增加了0.5 phr。 TMPTA含量从0.5 phr增加到0.5 phr至1.5 phr。为了观察根据DCP和TMPTA含量的T / sub g /的趋势,进行了热分析(DSC)。测量拉伸强度以观察机械强度。在实验结果中,DCP含量为2.0 phr,TMPTA含量为1.0 phr具有最高的击穿强度。 DCP含量为2.0 phr,TMPTA含量为0.5 phr时,介电常数最低。 T / sub g /的趋势不受DCP和TMPTA含量的影响。

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