Xi'an New Type Container House

Xi'an new type container houses use steel structures or weathering steel as the framework, paired with color-coated steel plates, corrugated plates, or sandwich panels as wall materials, featuring modularity, mobility, and rapid assembly. Here is a detailed introduction:

Materials and Structure

The material selection for Xi'an new type container houses is diverse, with common framework materials including steel structures and CORTEN weathering steel. These materials possess high strength, corrosion resistance, earthquake resistance, and wind resistance, ensuring the stability and safety of the houses in harsh environments. Wall materials mostly adopt color-coated steel plates, corrugated plates, or sandwich panels, which not only have good sound insulation and thermal insulation properties but also effectively block wind and rain erosion, extending the service life of the houses.

Design and Functionality

Xi'an new type container houses emphasize modularity and versatility in design. Through standard module-based spatial combinations and bolt connections for construction, rapid assembly and disassembly of temporary housing structures are achieved. This design not only improves construction efficiency but also reduces the generation of construction waste, aligning with eco-friendly and energy-saving architectural concepts. Meanwhile, the interior of the houses can be customized according to needs, including materials, colors, room types, styles, etc., to meet usage requirements in different scenarios.

Performance and Advantages

Xi'an new type container houses offer numerous advantages. Their service life can exceed 20 years, and maintenance costs are low. The houses provide a comfortable living environment with good sound insulation and thermal insulation properties. Additionally, they are highly mobile and can be relocated as needed to meet temporary or long-term usage requirements. In terms of cost, container houses have lower construction costs and faster construction speeds compared to traditional buildings, significantly reducing users' investment and time costs.