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首页> 外文会议>Baltic Polymer Symposium >Functional properties of composite material from recycled tires and polyurethane binder in water medium
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Functional properties of composite material from recycled tires and polyurethane binder in water medium

机译：中水中回收轮胎和聚氨酯粘合剂复合材料的功能性能

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The present research is as a continuation of the authors' previous research of composite material and practical application of composite material largely connected with water. The aim of present study was to esablish certain functional properties of the material in water medium. Water permeability , absorption and swelling of the composite material after being exposed to water for certain period were determined. Water absorption , permeability and swelling of the composite material showed close correlation with polymer reactivity. Molding pressure , temperature and the distribution of rubber particle sizes also demonstrate a direct influence on the water absorption and permeability of the composite material. The obtained results are useful for the practical application of selected composite material with desirable and predictable functional properties.
机译：本研究是延续作者对复合材料的先前研究以及基本上与水大大连接的复合材料的实际应用。目前研究的目的是剥离水介质中材料的某些功能性质。测定透水性，复合材料在暴露于水后的透水性，吸收和溶胀持续某些时期。复合材料的吸水性，渗透性和溶胀显示与聚合物反应性密切相关。橡胶颗粒尺寸的模塑压力，温度和分布也表现出对复合材料的吸水和渗透性的直接影响。所得结果可用于实际应用选定的复合材料具有理想和可预测的功能性。

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