Assembly type prefabricated high-strength concrete floor tile system and construction method thereof

Abstract

The invention belongs to the technical field of building assembly type concrete components, and relates to an assembly type prefabricated high-strength concrete floor tile system and a construction method thereof. The assembly type prefabricated high-strength concrete floor tile system comprises a front surface layer and a structure stress layer which is integrally cast with the front surface layer and formed by back concrete reinforcing ribs; a prefabricated high-strength concrete floor tile is formed by the steps that a special mold is adopted, a stressed steel bar protection layer support structure is arranged in the middle of a rib part of the mold, stressed steel bars are installed, a steel plate net is laid, high-strength anti-crack fiber concrete is poured, and demolding and curingare performed to obtain the floor tile, and rigid adjustable supports are adopted as the floor tile supporting stress components to assemble the floor tiles into the whole floor. By means of factory prefabrication, construction site installation, high bearing capacity, convenience in pipeline installation, maintenance and replacement and secondary decoration transformation, great environment-friendly and energy-saving effects can be achieved, the self-weight of the floor is reduced while the production cost is reduced, the safety and reliability of a building are improved, and the service lifeof the building is prolonged.

Description

technical field [0001] The invention belongs to the technical field of building assembled concrete components, and relates to an assembled prefabricated high-strength concrete floor brick system and a construction method thereof. Background technique [0002] In response to the country's vigorous promotion of building industrialization and prefabricated buildings, a large number of domestic building floors use wet methods to integrate geothermal pipelines, water supply, and electrical pipelines through secondary pouring, resulting in a large floor load and great hidden dangers to the hidden pipeline system. It is impossible to replace and repair the pipeline, it is difficult to find the point of failure, and it is not conducive to maintenance and secondary decoration. Due to the use of other materials to make overhead materials, the durability cannot be guaranteed, the disassembly and assembly of a single block is inconvenient, and the requirements for the development of pref...

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Problems solved by technology

[0002] In response to the country's vigorous promotion of building industrialization and prefabricated buildings, a large number of domestic building floors use wet methods to integrate geothermal pipelines, water supply, and electrical pipelines through secondary pouring, resulting in a large floor load and great hidden dangers to the hidden pipeline system. It is impossible to replace and repair the pipeline, and it is difficult to find the fault point, which is not conducive to maintenance and secondary decoration. Due to the use of other materials to make overhead materials, the durability cannot be guaranteed, the disassembly and assembly of a single block is inconvenient, and the requirements for the development of prefabricated buildings cannot be met. A lot of garbage and waste of resources

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