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Structural, Mechanical and Thermal Properties of Lightweight Magnesium Oxychloride Cement Concrete

机译:轻质氧化镁水泥混凝土结构,机械和热性能

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Considering the environmental sustainability in the construction industry, there is a need to look for alternatives to Portland cement and natural aggregates used for concrete production. Magnesium oxychloride (MOC) cement is characterized by many advantageous features, thanks to which it is used in the construction industry especially for the production of various types of panels and industrial flooring. This paper is aimed at the investigation of the use of crushed waste expanded polypropylene (EPP) in the magnesium oxychloride cement-based composites to produce environmentally friendly material with improved thermal insulation properties. For this purpose, waste EPP particles were used for a full replacement of natural aggregate. Testing of air-cured MOC composites included experimental assessment of their structural, mechanical, and thermal parameters.
机译:考虑到建筑业的环境可持续性,有必要寻找用于波特兰水泥和用于混凝土生产的自然聚集体的替代品。 氯氧化镁(MOC)水泥的特点是许多有利的特点,非常感谢其在建筑业中使用的特点,特别是用于生产各种类型的面板和工业地板。 本文旨在调查在氯化物水泥基复合材料中粉碎废物膨胀聚丙烯(EPP)的使用,以产生具有改善的隔热性能的环保材料。 为此目的,废物EPP颗粒用于充分替代天然骨料。 测试空气固化的MOC复合材料包括对结构,机械和热参数的实验评估。

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