The main structure utilizes hot-dip galvanized steel and carbon fiber materials, complemented by metal decorative wall panels.
It boasts wind resistance up to level 12 and earthquake resistance up to level 8, with a floor load capacity of 2.0 KN/m² and a roof load capacity of 1.0 KN/m², ensuring structural stability and adaptability to various regional environments.
✔ Main frame(Galvanized square, thickness 2mm)
✔ Shell Material(Color steel sheet)
✔ Shell surface treatment(metal fluorocarbon paint baking)
✔ Exterior wall(Custom exterior wall metal engraving panels)
✔ Glass curtain wall(Double-layer Lowe light blue glass)
✔ Entry door (custom door)
✔ Electrical equipment room (air conditioner / water heater)
✔ Insulation layer ( polyurethane foam)
Product Advantages
Structural Flexibility and Modular Integration Benefits
The design of this prefabricated construction prioritizes adaptability and modular integration, leveraging a steel-framed prefabricated building system that supports rapid assembly and easy customization. The capsule-shaped units optimize aerodynamic performance without sacrificing internal space utility, supporting stacking configurations up to two or three layers while maintaining structural safety. The use of fluorocarbon-coated aluminum panels and heat-insulating glass within the prefabricated cabins increases the longevity of materials under external stressors, including UV exposure and high winds. This modular setup aligns with contemporary construction requirements for off-site manufacturing, enabling precise factory-controlled quality assurance and consistent manufacturing tolerances. The approach streamlines logistics, reduces onsite labor and site management complexity, which benefits procurement managers and engineers overseeing infrastructure scalability.
Operational Performance and User-Centered Efficiency
From a performance standpoint, the prefabricated homes for sale deliver significant advantages in terms of energy efficiency, weather proofing, and acoustic insulation, thereby enhancing user comfort and operational reliability. The simplified installation process reduces deployment time, enabling rapid conversion of undeveloped land into functional service areas. Maintenance requirements are minimized through durable materials and ease of component replacement, contributing to a lifecycle that extends up to 50 years with periodic upkeep of seals and electrical parts. Energy-saving insulation and airtight design support sustainable operation within hospitality and recreational facilities. For facility managers, the plug-and-play nature of these prefabricated buildings facilitates integration within existing infrastructure, supporting modular expansion and operational flexibility without requiring extensive civil construction works.




