Ten Characteristics of Container Houses
The ten characteristics of container houses are as follows:
1. Replace Traditional Building Materials to Achieve Industrialization in the Housing Industry Container houses fully utilize industrially produced building materials, replacing wood, bricks, and concrete with steel, breaking through traditional housing models and belonging to eco-friendly and energy-saving housing. Their production process is highly standardized, reducing dependence on natural resources and aligning with sustainable development concepts.
2. Ideal Thermal Insulation Performance Through a fully enclosed thermal insulation, moisture-proof system, container houses effectively reduce temperature fluctuations and heat loss. For example, when it is 0°C outside, the indoor temperature can be maintained above 17°C, and when it is 30°C outside, the indoor temperature is about 21°C, providing a stable and comfortable environment for occupants.
3. Significant Energy-Saving Effects With a low thermal conductivity coefficient and excellent thermal insulation performance, container houses can save more than 70% of energy compared to brick-and-mortar houses. The power consumption of air conditioning equipment in winter and summer can be reduced by more than 30%, significantly reducing energy consumption and operating costs over long-term use.
4. Excellent Sound Insulation Performance Actual measurement data shows that when the outdoor noise reaches 80 decibels, the indoor noise can be reduced to 40 decibels, effectively isolating external interference and meeting occupants' needs for a quiet environment.
5. Good Durability The main structure is made of 1.2-millimeter-thick steel plates used for car bodies, double-sided galvanized aluminum, with strong anti-corrosion performance and high strength. The theoretical durability can reach over 100 years, far exceeding the service life of traditional building materials.
6. Superior Earthquake Resistance With good overall rigidity, light weight (only one-tenth of that of brick-and-mortar structures), strong deformation ability, and earthquake resistance more than four times that of brick-and-mortar structures, container houses can withstand hurricanes of 70 meters per second and are suitable for earthquake-prone areas or extreme climate regions.
7. Thin Walls, Large Spaces, and Flexible Changes Adopting a box-type structural load-bearing system with no beams or columns, the indoor space is neat and spacious. The exterior wall thickness is 17 centimeters, and the interior wall thickness is 120 centimeters (increased by 10-12 centimeters in northern regions), reducing wall space occupation by more than 60%, effectively increasing usable area and reducing investment costs.
8. Fast Construction Speed, Short Cycle, High Efficiency, Unaffected by Seasons Container houses can be constructed year-round, with the community environment built first and then the houses installed. They can also be customized according to buyers' needs. Interior decoration can be completed in one go through overall design, significantly shortening the construction cycle.
9. Fully Achievable Factory Production Components are prefabricated in the factory and then transported to the site for assembly and installation, reducing on-site construction intensity, improving construction efficiency and engineering quality, while reducing human errors and safety hazards.
10. 99.99% Waste Utilization Rate of the Structure, Making it an Eco-Friendly Building Material The materials of container houses can be recycled, with superior comprehensive cost-performance ratio and far better environmental protection than frame structures, meeting green building standards.
