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首页> 外文期刊>Iranian polymer journal >Estimation of Critical Pigment Volume Concentration in Latex Paint Systems Using Gas Permeation
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Estimation of Critical Pigment Volume Concentration in Latex Paint Systems Using Gas Permeation

机译:使用气体渗透估算乳胶漆系统中的关键颜料体积浓度

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Critical pigment volume concentration (CPVC) is a fundamental transition characteristics at which properties of a coating changes significantly. At this point voids begin to introduce through the film. Many methods have been proposed to determine the CPVC of indoor latex paints based on the change of a film property. These methods are mostly time consuming. In this research, a new method has been proposed based on permeability of coating and it is compared with wet scrub resistance method which is a mechanical one. Wet scrub test is based on the void contents and the strength of the interfaces of latex particles existing in the film. In contrast, permeation test is only based on the void contents through the film and therefore it is more consistent with the definition of CPVC. It was observed that this new method is several times faster and less sensitive to aging or annealing.
机译:临界颜料体积浓度(CPVC)是一种基本的过渡特性,在该特性下,涂层的性能会发生显着变化。此时,空隙开始通过薄膜引入。已经提出了许多基于膜性质的变化来确定室内乳胶漆的CPVC的方法。这些方法通常很耗时。在这项研究中,提出了一种基于涂层渗透性的新方法,并将其与机械抗湿擦性方法进行了比较。湿法擦洗试验基于膜中存在的乳胶颗粒的空隙含量和界面强度。相比之下,渗透测试仅基于薄膜中的空隙含量,因此与CPVC的定义更加一致。据观察,这种新方法快了几倍,并且对时效或退火不敏感。

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