Hybrid composite are the latest development in the field of engineering materials and due to environmental concern we are employing natural fibre in place of synthetic fibres to save energy and environment as these hybrid composite are biodegradable. Reinforcement of nano talc in hybrid composite also enhances the properties of hybrid composite. Processing of hybrid composite is easy and economical. The hybrid composite produced by melt blending via co-rotating twin screw extruder. The thermal and morphological properties of hybrid composite have been investigated. The chemical structure has been observed by FTIR and morphology of hybrid composite by SEM has shown the uniform dispersion of natural fibres and talc in the polypropylene matrix. The thermal properties have been analysed by DSC, HDT, VST tests and gives positive results.

中文翻译：

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聚丙烯的天然纤维和纳米滑石基杂化复合材料：热性能

混合复合材料是工程材料领域的最新发展，由于对环境的关注，由于这些混合复合材料可生物降解，因此我们采用天然纤维代替合成纤维以节省能源和环境。混杂复合材料中纳米滑石的增强也增强了混杂复合材料的性能。混合复合材料的加工既简单又经济。通过同向旋转双螺杆挤出机熔融共混制得的杂化复合材料。研究了杂化复合材料的热学和形态学特性。FTIR观察到化学结构，SEM观察杂化复合材料的形态，表明天然纤维和滑石粉在聚丙烯基质中均匀分散。通过DSC，HDT，VST测试对热性能进行了分析，并给出了积极的结果。