A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for controlling floor cracking
The invention relates to a construction method for controlling floor cracking. The construction method comprises the following steps: S1, carrying out base course treatment on a floor, carrying out base course inspection according to national standards, and carrying out the next step after the floor is accepted and qualified; S2, laying a heat insulation layer on a base course; S3, firmly combining the heat insulation layer and the base source, and laying a floor heating coil pipe on the heat insulation layer; and S4, carrying out thick-layer self-leveling pouring. Thick-layer self-leveling pouring is adopted, due to the fact that the fluidity is high, the characteristics of no cracking, integral forming and the like can be achieved, the material and labor input is reduced, the construction cost is saved, and the green construction requirement is met. As cement and sand are not needed, the overall load of the building can be reduced, the environment-friendly requirements are met to a certain extent, and compared with a traditional cement leveling construction method, the construction method is simpler and more convenient.
本发明涉及一种控制楼面开裂的施工方法，包括以下步骤，S1、先对楼面进行基层处理，按照国家标准进行基层检查，验收合格后进行下一步；S2、在基层上敷设隔热保温层；S3、将隔热保温层与基层结合牢固，在隔热保温层上铺设地暖盘管；S4、进行厚层自流平浇筑。本发明采用厚层自流平浇筑，由于流动性较强，能够达到不开裂、整体成型等特点，降低了材料、人工的投入，节约了施工成本，满足绿色施工要求。由于不需要水泥和沙子，还能够减轻建筑物的整体负荷，在一定程度上达到了绿色环保的要求，较传统水泥找平的施工方法更加简单便捷。
Construction method for controlling floor cracking
The invention relates to a construction method for controlling floor cracking. The construction method comprises the following steps: S1, carrying out base course treatment on a floor, carrying out base course inspection according to national standards, and carrying out the next step after the floor is accepted and qualified; S2, laying a heat insulation layer on a base course; S3, firmly combining the heat insulation layer and the base source, and laying a floor heating coil pipe on the heat insulation layer; and S4, carrying out thick-layer self-leveling pouring. Thick-layer self-leveling pouring is adopted, due to the fact that the fluidity is high, the characteristics of no cracking, integral forming and the like can be achieved, the material and labor input is reduced, the construction cost is saved, and the green construction requirement is met. As cement and sand are not needed, the overall load of the building can be reduced, the environment-friendly requirements are met to a certain extent, and compared with a traditional cement leveling construction method, the construction method is simpler and more convenient.
本发明涉及一种控制楼面开裂的施工方法，包括以下步骤，S1、先对楼面进行基层处理，按照国家标准进行基层检查，验收合格后进行下一步；S2、在基层上敷设隔热保温层；S3、将隔热保温层与基层结合牢固，在隔热保温层上铺设地暖盘管；S4、进行厚层自流平浇筑。本发明采用厚层自流平浇筑，由于流动性较强，能够达到不开裂、整体成型等特点，降低了材料、人工的投入，节约了施工成本，满足绿色施工要求。由于不需要水泥和沙子，还能够减轻建筑物的整体负荷，在一定程度上达到了绿色环保的要求，较传统水泥找平的施工方法更加简单便捷。
Construction method for controlling floor cracking
一种控制楼面开裂的施工方法
WU WENHAO (author) / FENG JINXIN (author) / XU CHUANGHE (author) / DONG JIAHUI (author) / JI YANG (author) / LI JING (author)
2021-11-30
Patent
Electronic Resource
Chinese
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