非沥青基反应型防水卷材的应用研究

发布时间：2018-10-08 20:38

【摘要】：随着经济的持续发展、综合国力的不断提升及高新技术的应用,房建、地下工程、地铁、隧道等工程逐年增加,防水行业在此期间快速发展。防水材料和防水工程只是这些工程一个小分支,但是在工程建设以及工程使用中起着重关重要的作用,防水的好坏关系到地下工程的使用性、耐久性、安全性。因此,有针对性的的解决地下工程的防水要求,各种新型防水材料的研究十分必要。本文将以深圳某防水公司研发的非沥青基反应型防水卷材为对象,依据地下防水规范分析该新型材料的组成、性能等,并针对该公司近三年来SBS与CPC防水材料的销售以及使用量进行了统计分析,结合非沥青基反应型防水卷材在工程中的应用实例,通过与其他工程渗漏水统计结果对比分析,充分证明该材料十分适用于地下工程。对非沥青基反应型防水卷材在实际工程中的各个部位的防水构造及施工工艺的进行详细阐述,希望能够完善新型防水材料在工程应用中的技术方法,为其他隧道和地下工程提供工程参考。
[Abstract]:With the continuous development of economy, the promotion of comprehensive national strength and the application of high and new technology, the construction of house, underground engineering, subway, tunnel and so on have been increasing year by year, and the waterproof industry has developed rapidly during this period. Waterproofing materials and waterproofing works are only a small branch of these projects, but they play an important role in engineering construction and engineering use. The waterproofing quality is related to the use, durability and safety of underground works. Therefore, it is necessary to study various new waterproof materials to solve the waterproof requirements of underground engineering. In this paper, a non-asphalt-base reactive waterproof membrane developed by a waterproofing company in Shenzhen will be taken as an object, and the composition and performance of the new material will be analyzed according to the underground waterproof specifications. According to the sales and usage of SBS and CPC waterproofing materials in recent three years, this paper makes a statistical analysis on the application of non-asphalt-base reactive waterproof membrane in engineering, and compares the results with the statistical results of leakage in other projects. It is fully proved that the material is suitable for underground engineering. In this paper, the waterproof structure and construction technology of various parts of non-asphalt-base reactive waterproof membrane in practical engineering are described in detail. It is hoped that the technical method of new waterproof material in engineering application can be improved. To provide engineering reference for other tunnels and underground works.
【学位授予单位】：湖北工业大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU573

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