Modular MIC Concrete Prefabricated House Mold

The modular MIC concrete prefabricated house mold is a heavy-duty piece of equipment used for producing highly integrated prefabricated building modules, featuring modular design, factory-integrated manufacturing, and efficient assembly.

1. Mold Structure and Function
The modular MIC concrete prefabricated house mold primarily consists of an outer mold and an inner lining mold, classified as heavy-duty equipment. Its core function is to pour concrete into a pentahedral box structure, completing the formation of the four sides and the bottom of the module. This design allows a single module to form an independent enclosed space within the factory, providing the foundational conditions for subsequent integration of mechanical, electrical, interior decoration, and exterior finishes. The outer mold typically uses high-strength steel or alloy materials to ensure no deformation during the pouring process; the inner lining mold is customized according to the internal functional requirements of the module, potentially including details such as pipeline embedding slots and decorative finishes.

2. Technological Core and Manufacturing Capabilities
The intelligent construction-MiC technology developed by China State Construction Hailong is a representative achievement in this field, with its concrete MIC modules achieving factory-integrated manufacturing of structures, mechanical and electrical systems, interior decoration, and exterior finishes. This technological breakthrough centralizes the dispersed construction processes of traditional buildings onto an assembly line, significantly improving production efficiency. For example, a single module can simultaneously complete wall pouring, pipeline laying, wall decoration, and door and window installation in the factory, with an annual delivery capacity of 20,000 to 30,000 modules, meeting large-scale construction demands. Additionally, the complementary development of steel structure MIC technology further expands the application scenarios of modular buildings, forming a dual technological route of concrete and steel structures.

3. Advantages of Modular Building Mode
The core of modular MIC technology lies in disassembling buildings into independent modules, achieving efficient construction through factory prefabrication and on-site assembly. Compared to traditional prefabricated buildings, MIC modules have a higher degree of integration:

• Quality Controllability: The factory environment eliminates the influence of external factors such as weather and construction errors, achieving millimeter-level precision in module dimensions and uniform assembly gaps;
• Construction Period: On-site operations only require lifting and connecting modules, reducing the construction period by more than 50% compared to traditional methods;
• Environmental Protection: Factory production reduces construction waste by more than 80%, significantly lowering construction noise and dust pollution;
• Flexibility: Modules can be independently disassembled and reassembled, adapting to dynamic needs such as temporary buildings and emergency shelters.

This technology has been widely applied in fields such as residential buildings, hotels, and hospitals. For example, a quarantine facility project in Hong Kong achieved the delivery of the first-floor module in 10 days using MIC technology, verifying its efficiency and reliability.