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近年,以整体玻璃钢地面和树脂砂浆地面为代表的新型复合材料地面,应用日趋广泛。实践证明这类地面具有耐蚀性好、机械强度高、耐磨、抗渗、施工简便等特点,具有广阔的发展前景。地面的施工过程,质量受多种复杂因素影响,易出现裂纹、起壳、翘曲等缺陷,树脂砂浆地面尤甚,直接影响着地面的正常工作和使用寿命。本文在总结工程实践的基础上,根据树脂固化过程中的热力学行为,分析了产生技
In recent years, the surface of the new composite material represented by the whole FRP floor and the resin mortar floor has been widely used. Practice has proved that such ground has good corrosion resistance, high mechanical strength, wear resistance, impermeability, ease of construction and other characteristics, has broad prospects for development. Ground construction process, the quality of a variety of complex factors, prone to cracks, shells, warping and other defects, especially the resin mortar, a direct impact on the normal ground work and life. Based on the summary of engineering practice, based on the thermodynamic behavior of resin curing process, this paper analyzes the production technology