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New Technology of Preparation of TiO_2/tourmaline by Dry Coated Method and its Application in Coating

机译:干涂层法制备TiO_2 / TOIMALINE的新技术及其在涂层中的应用

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The high whiteness tourmaline composite powder was prepared with powder coating method in which TiO_2 as the coating agent and the stearic acid as the coupling agent. The powder coating method system theoretical research was improved to aim at resolving the tourmaline's limited applications in environmental health field due to the darker color. Theory and test results show that when the tourmaline and the coating agent mass ratio of about 2:1, the best results by scanning electron microscopy indicating that the tourmaline composite powder particle size prepared of this ratio is uniform with the composite powder whiteness of 74.5% which is 23.5% higher than building whiteness of the direct coating agent for mechanical mixing with tourmaline powder. After the composite powder was used to prepare the coating, the results show that the whiteness is 87.1% after formatting coating and negative ions incremental release over the 800 ions/cm~3 when the content of tourmaline is 11%.
机译:用粉末涂布方法制备高白度陀螺素复合粉末,其中TiO_2作为涂层剂和作为偶联剂的硬脂酸。粉末涂料方法系统理论研究得到了改进,旨在通过较深的颜色解决环境健康领域中的电气石在环境健康领域的有限应用。理论和测试结果表明,当电气石和涂层剂质量比为约2:1时,通过扫描电子显微镜的最佳结果表明,该比例的助素复合粉末粒径均匀,复合粉末白度为74.5%比与电气石粉末机械混合的直接涂层剂的建筑白度高23.5%。复合粉末用于制备涂层后,结果表明,在涂层涂层和负离子含量为11%时,相比之涂层和负离子的增量释放在800离子/ cm〜3上的增量释放。

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