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State of the art in thermal insulation materials and aims for future developments

机译:保温材料的最新技术,并致力于未来的发展

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Insulation materials are the key tool in designing and constructing a energy thrifty buildings. This is demonstrated by the increasing thicknesses used in buildings, which also reflects in the growing sales of the branch. The European market of insulation materials is characterised by the domination of two groups of products inorganic fibrous materials and organic foamy materials. They all feature similar performance in terms of insulating capabilities, but otherwise present significant differences. These are discussed in detail in the following paper. Despite the fact that the thermal properties of the materials has not improved significantly of the last decade, a series of other features, like reaction to fire and moisture or mechanical properties have improved, sometimes even at the cost of insulation abilities. Furthermore, environmental and public health aspects play an increasing role, both in the search for 'optimum' materials for given applications, and in the aims set by the industry for future developments. These aims, examined within the legislative and market framework, are discussed in this paper, both as criteria for evaluating state of the art materials and as goals for future research developments.
机译:隔热材料是设计和建造节能型建筑物的关键工具。建筑物中使用的厚度增加证明了这一点,这也反映了分支机构销售额的增长。欧洲绝热材料市场的特征是无机纤维材料和有机泡沫材料两大类产品。在绝缘能力方面,它们都具有相似的性能,但在其他方面存在显着差异。这些将在以下论文中详细讨论。尽管在过去的十年中材料的热性能没有显着改善,但一系列其他功能(例如对火和湿气的反应或机械性能)却有所改善,有时甚至以绝缘能力为代价。此外,在为给定应用寻找“最佳”材料以及行业为未来发展设定的目标中,环境和公共卫生方面都发挥着越来越重要的作用。本文讨论了在立法和市场框架内检验的这些目标,既作为评估最新材料的标准,又作为未来研究发展的目标。

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