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建筑涂料由于其色泽鲜艳、美观大方、花样翻新和施工方便等优点,开始从公用型涂料向家庭型涂料发展,成为现代建筑材料的重要组成部分。发达国家如意、美、英、法等国建筑涂料占涂料的50%左右,原联邦德国、比利时约占40%以上,日本占38%,与工业发达国家相比,我国建筑涂料工业发展比较缓慢,新型建筑涂料80年代初才发展起来。在建筑涂料结构品种方面,各国都有侧重。 相似文献
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近年来,随着建筑业的发展,建筑涂料工业发展很快,各种新型的建筑涂料的需求不断增长,而且在建筑过程中弹性建筑涂料显示了很好的效果。 相似文献
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最近,建筑装饰市场上出现了种新型的内外墙装饰涂料——“快涂美”弹性自然涂料。专家预测,该涂料的出现将带来一场革命,把墙身涂料从人工合成的平滑型时代,带进天然环保型凹凸涂料的全新时代,因为该涂料相对于人工合成的乳胶漆来说属于自然涂料(或天然涂料)类型,优 相似文献
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江苏省苏州新型建筑涂料厂研制成功83系列苯丙交联型乳胶建筑涂料,并在首届全国建材“四新”(设计、装备、技术、产品)成果展评会上荣获最高奖——丽宝第杯优秀奖。这是全国唯一获此殊荣的涂料产品。 相似文献
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复合纳米TiO2建筑涂料 总被引:14,自引:0,他引:14
介绍了一种通过增强涂料功能性以提高建筑涂料质量的新方法 ,使之成为一种新型的多功能复合纳米建筑涂料。重点介绍了制备复合纳米TiO2 的几种方法 ,以解决为使涂料具有更多功能所添加的纳米TiO2 的分散性问题。同时论述了纳米TiO2 在建筑涂料中的应用情况 ,展望了纳米技术在建筑涂料中的应用前景 相似文献
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《化学建材》2006,22(6):56-57
建筑涂料纳米TiO2在涂料中的应用及发展1 1硅丙乳液膨胀型防火涂料的研制1 5水性树脂的消光规律与配方分析1 9两种无机抗菌剂在内墙涂料中的抗菌性能研究2 1聚合物改性水泥基外墙腻子研制2 4复层建筑涂料主涂层研制及施工应用2 6新型石膏刮墙腻子粉生产技术2 9环氧树脂水性化新方法及其涂料研制3 1膨胀型防火防腐涂料防火体系的建立及优化3 4含氟表面活性剂对纯丙乳液制备及性状表征的影响3 8硅烷偶联剂改性水性聚氨酯涂层4 1高性能氟碳外墙乳胶漆的研制4 3氟碳涂料仿铝板装饰涂膜施工技术4 5建筑外墙用腻子粉的研制及应用4 8建筑结构防火… 相似文献
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建筑反射隔热涂料作为一种新型节能材料,在夏热冬冷地区的建筑中已有较为广泛的应用。通过对体形系数在0.34~0.44范围内不同类型的建筑进行能耗测算,研究分析外墙采用反射隔热涂料时建筑能耗值比采用普通涂料时的增加率,并将其折算为反射隔热涂料的等效热阻,从而提出在重庆地区反射隔热涂料等效热阻取值建议。 相似文献
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结合工作经验,对新型建筑防水涂料的分类及特点进行了介绍,阐述了防水涂料应用过程中的施工要点,包括配料,涂刷基层处理剂,涂层施工等方面内容,并对我国建筑防水涂料未来的发展趋势进行了展望,以指导实践。 相似文献
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聚合物水泥基防水涂料是一种新型、高效的双组份水性建筑防水涂料,代表着防水材料的发展方向之一。但目前聚合物水泥基防水涂料仍存在力学性能不够理想,耐水性、耐久性差等问题,限制了该类涂料的推广和应用。本文通过对丙烯酸酯系聚合物水泥防水涂料合理配合比设计及其涂膜物理性能测试,得出以下结论:JS(I)型涂料的液粉比可以适当减小,而涂膜物理性能组合得到优化;聚灰比是影响聚合物水泥基防水涂料物理性能的关键因素。 相似文献
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Alessandro Cannavale Francesco Fiorito Michele Manca Giovanni Tortorici Roberto Cingolani Giuseppe Gigli 《Building and Environment》2010
Although several multinational companies have recently released products incorporating bioinspired functional coatings, their practical integration in building envelopes is still an open issue. High production costs associated to the existing vacuum deposition technologies, as well as the difficulties in extending the number of functions achievable by a single coating, represent to date the main limitations to their diffusion on a large scale. This review summarizes the key topics in the field of functional coatings for architectural glasses, focusing in particular on the potential applications of sol-gel based antireflective and self-cleaning coatings, that have received a tremendous attention in the last years. It provides an overview of the recent research efforts aimed to improve their properties and to extend their range of applicability. The bioinspired principles, upon which such coatings are based, are also described and are related to the chemical and morphological properties of such surfaces. 相似文献
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Jitka Mohelnikova 《Construction and Building Materials》2009,23(5):1993-1998
Special glass with reflective coatings has found wide applications in architecture. Thin coatings deposited on glass panes modulate the glass optical properties. Some of the coatings operate as a mirror for long-wave infrared radiation of building interiors. The thin films have high transmittance in visible range and very high reflectance in long-wave infrared range. These coatings limit absorption of infrared radiation in the glass. They have low emissivity. It means radiation heat losses of the coated glazing are reduced. The design of coatings for window glazing applications should be based on the study of optical spectral properties of glass and thin film materials. Optical properties of thin films are determined by spectral characteristics as reflectance, transmittance and absorptance for wavelength in a defined spectral range. Visible and long-wave infrared ranges are important for architectural glass. The article presents results of a study focused on the selection of convenient materials for thin reflective films and optimisation of their composition in coatings. Data from spectral measurements of transmittance and reflectance of selected types of architectural glass were compared with spectral characteristics of the designed coated glass simulated and optimised in the computer program FILM*CALC. The experimental vacuum deposition of the designed thin reflective coating on the glass substrate was carried out and spectrally measured. Apart from the spectral measurements the effect of the special glass reflectance was thermally evaluated in a testing box with the temperature sensor. Results from experiments, computer simulations and spectral measurements brought design recommendations for the optimised composition of thin infrared reflective coatings for window glazing applications. 相似文献
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在涂料中加入功能型纳米材料,不仅可以改善涂料的传统性能,而且赋予了涂料许多新的性能.纳米改性涂料使得涂料的常规力学性能得到了很大提高,并且可以提高涂料的耐老化、耐腐蚀、抗辐射等性能. 相似文献
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屋面用热反射涂料性能研究 总被引:1,自引:0,他引:1
介绍了热反射涂料用于屋面节能的原理与技术途径;选取了几种丙烯酸类热反射涂料进行性能评估,分析并比较了热反射涂料在屋面节能领域应用中的性能差异;指出丙烯酸类热反射涂料具有较高的阳光反射率及耐沾污性能,优异的力学性能及防水性能。 相似文献