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Preparation of Silane Cross-Linkable Halogen Free Flame Retardant Cables

机译：硅烷可交联无卤阻燃电缆的制备

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Silane cross-linkable halogen free flame retardant polyolefin compounds have been prepared by using our novel formulations that have better productivity and oil resistance. For these compounds, surface treated special halogen free flame retardants were used and three types of base resin were blended. Through the analyses on behavior of compound and extrusion, it has been revealed that the properties of extrusion of silane cross-linkable flame retardant material could be effectively enhanced by incorporation of special inorganic fillers and additives. The aim of this work is to study the behavior of flame redundancy and smoke evolution of the newly developed silane cross-linked flame retardant material filled with various combinations of inorganic fillers. The optimum temperature condition for silane grafting reaction of EVAs has been selected. The physical properties (tensile property, oil resistance and gel content) of the silane cross linked compounds were reported and their combustion characteristics have been studied by using the Cone Calorimeter and compared with peroxide cross-linked compounds.
机译：硅烷交联的无卤阻燃聚烯烃化合物是使用我们具有更高生产率和耐油性的新型配方制备的。对于这些化合物，使用经过表面处理的特殊的无卤阻燃剂，并混合三种类型的基础树脂。通过对复合物和挤出行为的分析，发现通过掺入特殊的无机填料和添加剂可以有效地提高硅烷可交联阻燃材料的挤出性能。这项工作的目的是研究填充有各种无机填料组合的新开发的硅烷交联阻燃材料的火焰冗余行为和烟气散发。选择了EVAs的硅烷接枝反应的最佳温度条件。报告了硅烷交联化合物的物理性质（拉伸性质，耐油性和凝胶含量），并使用锥量热仪研究了它们的燃烧特性，并与过氧化物交联化合物进行了比较。

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