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Effect of Mineral Filler Compounds on Vapor Permeability and Hygroscopic Properties of Water-Based Polymer Dispersions

机译:矿物质填料化合物对水基聚合物分散体蒸汽渗透性和吸湿性的影响

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The effect of mineral filler compounds on vapor permeability and hygroscopic properties of water-based polymer dispersions and the possibility of their use as decorative and protective material for stucco facades finishing was studied. According to Facade Protection Theory (H.M. Künzel), the assessment criterion was vapor permeability and water vapor diffusivity. The pairwise correlation of building physical properties of water-based polymer dispersions in the coordinates of Künzel's diagram clearly demonstrates that, in terms of hygroscopic, all the samples studied correspond to the low hygroscopic class, and in terms of vapor, they are close to high water vapour diffusion rate class.
机译:研究了矿物填料化合物对水基聚合物分散体的蒸汽渗透性和吸湿性的影响及其用作用于灰泥外墙整理的装饰性和保护材料的可能性。 根据外立面保护理论(H.M.Künzel),评估标准是蒸汽渗透性和水蒸气扩散性。 Künzel图坐标中水基聚合物分散体的构建物理性质的成对相关性清楚地证明,在吸湿性方面,研究的所有样品对应于低吸湿性阶级,并且在蒸汽方面,它们接近高 水蒸气扩散速率等级。

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