水泥混凝土路面嵌缝材料

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1、为了适应公司新战略的发展，保障停车场安保新项目的正常、顺利开展，特制定安保从业人员的业务技能及个人素质的培训计划水泥混凝土路面嵌缝材料　　目录　　摘要·······························································3关键词·····························································3引言·······························································41我国水泥混凝土路面填缝材料的发展········

2、·························52水泥混泥土路面填料的实验部分······································6　　实验原料·····················································6目的-通过该培训员工可对保安行业有初步了解，并感受到安保行业的发展的巨大潜力，可提升其的专业水平，并确保其在这个行业的安全感。为了适应公司新战略的发展，保障停车场安保新项目的正常、顺利开展，特制定安保从业人员的业务技能及个人素质的培训计划　　填缝料的制备····························

3、·····················6　　甲组分的制备··············································6　　乙组分的制备··············································7　　试样制备·····················································7　　拉伸性能测试试件的制备····································7　　粘结性能测试试件的制备····································7　　各

4、种填缝材料的性能比较和性能测试·····························8目的-通过该培训员工可对保安行业有初步了解，并感受到安保行业的发展的巨大潜力，可提升其的专业水平，并确保其在这个行业的安全感。为了适应公司新战略的发展，保障停车场安保新项目的正常、顺利开展，特制定安保从业人员的业务技能及个人素质的培训计划　　弹性回复率和针入度测试····································9　　老化前后抗拉强度和最大拉伸率的测定·························9　　热压冷拉试验····························

5、··················10　　耐水性能测试··············································11　　耐老化性能测试············································11　　耐油性能测试·············································12　　热压冷拉后粘结性能测试··································13目的-通过该培训员工可对保安行业有初步了解，并感受到安保行业的发展的巨大潜力，可提升其的专业水平，并确保其在这个行业的安

6、全感。为了适应公司新战略的发展，保障停车场安保新项目的正常、顺利开展，特制定安保从业人员的业务技能及个人素质的培训计划　　抗剪切疲劳性能测试·······································13　　力学性能测试··············································143结果与讨论······················································154结语····························································17参

7、考文献··························································18　　水泥混泥土路面填缝材料的研究摘要：对国内水泥混凝土路面填缝材料的现状做了详细的阐述，对相继出现的焦油型聚氨酯、聚氨酯、有机硅、有机硅改性聚氨酯等填缝胶的各种性能做了系统的比较。通过综合比较，确认有机硅改性聚氨酯是比较适合中国公路情况的填缝材料。　　关键词：水泥混凝土路面；填缝材料；聚氨酯；耐久性；剪切疲劳；弹性恢复率。目的-通过