New Type of Container House
The development direction of the new type of container house focuses on low-carbon cycling throughout its entire life cycle, enhancing cross-scenario versatility, and lightweight design driven by technological innovation, as demonstrated in the following aspects:
1. Low-carbon cycling throughout the entire life cycle becomes the core direction
Traditional container houses are mostly used once and discarded after demolition, while new products achieve multiple disassembly and reassembly cycles through modular design. For example, compliant leading products can be disassembled and reused an average of more than 8 times, reducing construction waste emissions by about 90% compared to traditional fixed temporary buildings and significantly improving resource utilization. This trend aligns with domestic policies on circular economy and green construction, becoming a mainstream procurement direction in the industry.
2. Cross-scenario versatility continues to expand
New container houses break free from the limitations of a single engineering scenario and adapt to diverse scenario demands through modular assembly, personalized facade customization, and internal functional modifications:
- Engineering camps: Utilizing a fully steel structural frame with a wind resistance rating of Level 12 and an earthquake resistance rating of Level 8, meeting long-term on-site needs;
- Cultural tourism homestays: Addressing the cold and heat bridge effect of metal container walls through technologies such as thermal break lining structures and rigid polyurethane foam filling, improving thermal insulation performance;
- Emergency rescue: Developing portable, foldable, and quickly deployable products that support single-person operation and are suitable for wild environments without water or electricity;
- Overseas cross-border projects: Meeting export compliance requirements by aligning with international certifications such as CE and ASTM, supporting cross-border relocation.
3. Technological innovation drives lightweight and stability improvements
Some companies optimize structure and transportation efficiency through patented technologies:
- Lightweight design: For example, Beijing Xinhongyuan Intelligent Technology has obtained patents that enhance transportation stability through dual safeguards such as slot and positioning block insertion and adjustable plates that fit the width of forklift tines;
- Material innovation: Combining high-strength steel frames with rock wool sandwich panels to balance structural strength and weather resistance, adapting to a wide temperature range from -25°C to 45°C;
- Functional integration: Integrating a self-circulating sewage system that filters gray water and anaerobically ferments black water through sewage collection tanks and gravity separators, reducing water resource dependence.
