Modular Integrated Construction utilizes standardized modules as fundamental units, employing an industrialized building approach that combines factory prefabrication with on-site assembly. This technology leverages modern tools like Building Information Modeling to achieve flexibly combinable spatial layouts. Core structural components—including top frames, bottom frames, and corner posts—form a steel framework system, aligning with circular economy principles and green building concepts.

Modular Integrated Construction consists of standardized container units. Individual modules include top frames, bottom frames, 8 corner posts with connectors, utilizing Q235B steel for the frame structure. Exterior cladding employs color steel sandwich panels meeting Class A fire resistance requirements. The bottom frame incorporates shear-resistant keyways, ensuring mechanical connection accuracy within ±3mm tolerance.

Dual-condition load design enables modular units to meet transport strength requirements while providing load-bearing capacity for assembled structures. Per DBJ52/T103-2021 standard, verticality deviation control for multi-story buildings is H/800+10mm; electrical systems comply with GB 50242 specifications.