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Synthesis of Geopolymer Paste as Coating Material based on Kaolinite and Rice Husk Ash

机译:基于高岭土和水稻壳灰的涂层材料合成岩土聚合物浆料

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The purpose of this research is to study the properties of geopolymer paste based on metakaolin and rice husk ash (RHA) as coating material. Geopolymer paste was produced through alkaline activation method added with rice husk ash as much as 15% relative to the mass of metakaolin. The coating was achieved by painting the substrates with geopolymer paste. The coated material were cured at 60 °C for 3 hours. Samples were left at room temperature until seven days before any testing was conducted. The chemical resistance of the sample was studied by immersing the samples into (H2SO4) 1% for three days and it was found that the coated material was still in good condition. The presence of RHA was found to improve the thermal properties of geopolymer paste. The results showed that geoplymer paste was an excellent coating material for chemical and fire protection.
机译:本研究的目的是研究基于甲状腺素和稻壳灰(RHA)作为涂层材料的地质聚合物浆料的性质。通过添加稻壳灰分的碱性活化法生产地缘聚合物浆料,相对于甲状腺素的质量,米壳灰分布多达15%。通过用地质聚合物浆料涂漆基材来实现涂层。将涂覆的材料在60℃下固化3小时。在进行任何测试之前,将样品在室温下留下至七天。通过将样品浸入(H 2 SO 4)1%三天来研究样品的耐化学性,发现涂覆的材料仍处于良好状态。发现Rha的存在改善了地质聚合物浆料的热性能。结果表明,Geoplymer浆料是化学和防火的优异涂料。

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