Chaoyang Container House Design

The design of container houses in Chaoyang needs to comprehensively consider factors such as functional requirements, space utilization, structural safety, and environmental protection and energy conservation. The following is an elaboration from three aspects: design key points, case references, and material selection:

I. Core Design Points

1. Spatial Layout Flexibility
   Container houses can achieve spatial expansion through modular combinations. For example, multiple containers can be spliced to form a double-height living room, multi-story residences, or villa structures with courtyards. Window and door positions can be freely set, interior partitions can be adjusted along the horizontal axis, and stairs can be placed indoors or outdoors to meet different scenario requirements.
2. Functional Adaptability
   Design the interior space according to the purpose: Temporary office spaces need to be equipped with independent workstations, meeting areas, and network interfaces; for residential purposes, bedrooms, kitchens, and bathrooms need to be divided, and positions for air conditioners and exhaust fans should be reserved; for commercial purposes, open exhibition spaces or interactive areas can be designed.
3. Structural Safety
   Adopt a light steel flexible structure that meets building code requirements. Key parts should be treated with anti-rust paint, and the normal service life can reach more than 10 years. Professional calculations are required to determine the load-bearing capacity of the containers (e.g., a 20-foot container can bear 25 tons, and a 40-foot container can bear 45 tons) to ensure stability during stacking or splicing.

II. Practical Case References

1. Chaoyang Professional Residential Containers
   These provide color-steel houses with a specification of 3cm×6cm, supporting basic configurations such as windows, doors, sockets, and floors, suitable for scenarios such as warehouses and temporary offices. Their advantage lies in rapid deployment, but the space is relatively cramped, and utilization needs to be improved through reasonable layout.
2. Container Villa Design
   One case uses old containers for splicing. By cutting the container bodies, a double-height living room is formed, equipped with floor-to-ceiling windows, a solar photovoltaic system, and a rainwater collection device, achieving self-sufficiency in a deep mountain environment. The interior is equipped with underfloor heating and insulation layers. Triple-glazed windows with thermal break window frames provide better insulation performance than traditional red brick walls.

III. Material and Process Selection

1. Main Materials
   Preferably choose steel or color-steel containers to ensure structural strength and durability. Second-hand containers offer good cost-effectiveness, but their rusting degree and deformation need to be inspected.
2. Insulation and Waterproofing
   The walls and roofs need to be laid with waterproof membranes and insulation boards (such as polystyrene foam boards). Windows and doors should be made of thermal break aluminum, and the gaps should be filled with foam glue to prevent thermal bridges.
3. Environmental Protection and Recycling
   The design should follow the principles of green buildings and reduce the generation of construction waste. For example, using detachable partitions and modular circuit systems facilitates repeated use during later renovations or relocations.