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External insulation with cellular plastic materials:thermal properties, long term stability and fire properties

机译:采用多孔塑料材料的外部隔热材料:热性能,长期稳定性和防火性能

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摘要

External thermal insulation composite systems (ETICS) can be used as extra insulation of existing buildings. The system can be made of cellular plastic materials or mineral wool. There is a European Technical guideline, ETAG 004, that describe the tests that shall be conducted on such systems. This paper gives a comparison of systems with mineral wool and cellular plastic, based on experience from practice and literature. It is important to look at the details in the system and at long time stability of the properties such as thermal insulation, moisture and fire. Investigation of fire properties must be done before utilisation of the system, including the risk of fire spread from one storey to the next for practical solutions. An elaboration of fire spread risks require thermo physic knowledge about ignition temperatures, critical radiation, upward flame spread velocities etc. of the actual insulation.
机译:外部隔热复合材料系统(ETICS)可以用作现有建筑物的额外隔热材料。该系统可以由多孔塑料材料或矿棉制成。有欧洲技术准则ETAG 004,描述了在此类系统上应进行的测试。本文根据实践和文献的经验,对矿棉和泡沫塑料的系统进行了比较。重要的是要查看系统中的细节以及长时间保持诸如隔热,防潮和防火等特性的稳定性。在使用该系统之前,必须对火属性进行调查,包括针对实际解决方案将火势从一层蔓延到另一层的风险。要详细说明火势蔓延风险,需要了解有关实际绝缘材料的着火温度,临界辐射,向上火焰蔓延速度等的热物理知识。

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