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Effect of sedimentation on the final hardness of polymeric particle composites.

机译:沉降对聚合物颗粒复合材料最终硬度的影响。

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In present days composite materials are the indispensable part of many branches. They make a foray into the branch of agricultural production, where they are getting to intensive development of systems utilized e.g. at soil processing. Composites can be defined as materials which synergically combine properties of matrix and filler. One of possibilities of polymeric particle composites preparation is the application of suitable filler together with some types of epoxy resins. This application extends the usable properties of resins. For the exact definition of these materials use it is necessary to map their behaviour. In the paper the problems are described, which concern the composite hardness changes as a consequence of the filler particle sedimentation in the course of the resin curing. The composite matrix was the two-component epoxy resin and the filler were chips of materials cutting process. The use of waste filler suggests itself the ecological possibility of recycling, which should be preferred in consideration to the environment friendliness.
机译:如今,复合材料是许多分支机构必不可少的部分。他们涉足农业生产部门,在那里他们将大力开发利用诸如在土壤处理中。复合材料可以定义为将基体和填料的性能协同结合的材料。聚合物颗粒复合材料制备的可能性之一是将合适的填料与某些类型的环氧树脂一起使用。该应用扩展了树脂的可用性能。为了准确定义这些材料,有必要绘制其行为图。在本文中,描述了问题,这些问题涉及在树脂固化过程中由于填料颗粒沉降而引起的复合材料硬度变化。复合基体为双组分环氧树脂,填料为材料切割工艺的切屑。废物填充物的使用本身表明了回收利用的生态学可能性,考虑到环境友好性,应优先考虑使用这种废物。

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