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A Study on the Properties of Water-Based Woodenware Nanocoating

机译：水性木制软件纳米陶瓷的性质研究

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This study adds nanopowder, such as ZnO and TiO_2, in different concentrations to water-based woodenware coating, and explores the properties of the coating on the woodenwares. After the coating has been applied to the testing materials, the thickness and lightness are measured. These values are compared to the properties of the water-based woodenware coating with nanopowder of specific concentration, such as hardness, lightness and adhesion. According to the results of the experiments, adding TiO_2 nanopowder to the AE-418 water-soluble polyurethane coating helps to increase the hardness of the coating. The amount added is positively related to the hardness of the coating;;the result is the opposite with the WP-1715 water-soluble acrylic resin coating. After adding powder such as TiO_2 or ZnO to the AE-418 water-soluble polyurethane coating, the lightness of the coating becomes lower. However, powder with higher concentration leads to higher lightness. In addition, the adhesion of the coating is stronger when nanopowder of higher concentration is added.
机译：本研究将纳米粉末（如ZnO和TiO_2）添加到不同浓度的水性木制软件涂层中，并探索木制品瓦片上涂层的性质。涂层已施加到测试材料后，测量厚度和亮度。将这些值与水性木材涂层的性质进行比较，具有特定浓度的纳米粉末，例如硬度，亮度和粘附性。根据实验的结果，将TiO_2纳米粉粉粉加入AE-418水溶性聚氨酯涂料有助于增加涂层的硬度。添加的量与涂层的硬度正相关;结果与WP-1715水溶性丙烯酸树脂涂层相反。将粉末如TiO_2或ZnO加入AE-418水溶性聚氨酯涂层后，涂层的亮度变低。然而，具有较高浓度的粉末导致较高的亮度。另外，当加入较高浓度的纳米粉末时，涂层的粘附力较强。

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