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Shielding Silicate Composition Of Increased Durability For Repair And RehabiIitation

机译:屏蔽硅酸盐组成增加的修复和康复的耐久性

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The composition of silicate paint developed for rehabilitation of buildings and structures and including white Portland cement, binder based on sodium liquid glass and complex additive with nanodispersed additives does not require the use of traditional silication. Modifying the composition of coating with multi-walled carbon nanotubes has provided a coating with a shielding effect weakening high-frequency man-made electromagnetic radiation. Moreover, the use of carbon nanotubes has provided the increase of density of the coating structure, improved the physical and technical characteristics of cement and silica coating and ensured the durability of the repair coating 3,5 times compared to its analogues.
机译:为建筑物和结构的康复而开发的硅酸盐涂料的组成,包括白色波特兰水泥,基于钠液体玻璃和含有纳米分离添加剂的复杂添加剂的粘合剂不需要使用传统栓塞。用多壁碳纳米管改变涂层的组成,提供了一种涂层,屏蔽效果弱化了高频人造电磁辐射。此外,碳纳米管的使用提供了涂层结构的密度的增加,改善了水泥和二氧化硅涂层的物理和技术特征,并确保了与其类似物相比的修复涂层的耐久性3,5倍。

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