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Accelerated Aging Test of Composites Based on Rubber, Recycled Plastics and Fly Ash

机译:基于橡胶,再生塑料和粉煤灰的复合材料的加速老化试验

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The use of end-of-life products, for developing novel materials represents a trend supporting sustainability; plastics and tire rubber are among the most investigated materials. As second raw material, rubber preserve the initial properties but at lower values, therefore it can be reprocessed as such or by mixing with raw rubber; on the other hand thermoplastics (as poly-ethylene-terephtalate, PET) cannot be reprocessed (due to cross-linking – part of the manufacturing technology) therefore, their reuse can be done by embedding the in a composite matrix, e.g. using recycled rubber. The compatibility among rubber and plastics raises significant problems and compatibility agents should be used. Even so, these polymer-polymer composites have average properties and inorganic reinforcing agents should be used.
机译:利用寿命终端产品,开发新颖的材料代表了可持续性的趋势;塑料和轮胎橡胶是最多调查的材料之一。作为第二原料,橡胶保留初始性质,但在较低的值下,因此可以通过与生原橡胶混合进行再处理;在另一方面,热塑性塑料(作为聚乙烯 - 托立律,PET)不能再处理(由于交联 - 制造技术的一部分),因此可以通过将其嵌入复合基质中的重复使用,例如它们的重用。使用再生橡胶。橡胶和塑料的相容性提高了显着的问题,应使用兼容剂。即便如此,这些聚合物 - 聚合物复合材料也具有平均性质,并且应该使用无机增强剂。

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