Container House 35 Meters

A 35-meter container house may refer to a customized container house with a length of 35 meters. Such houses are usually achieved by splicing multiple standard containers or through non-standard customization, and need to be designed according to specific requirements.

I. Common Specifications and Customization Methods of Container Houses

Standard container houses mainly come in 20-foot (6.058 meters long) and 40-foot (12.192 meters long) sizes, but longer dimensions can be achieved through splicing or non-standard customization. For example, horizontally splicing three 20-foot containers can result in a house about 18 meters long. To achieve a length of 35 meters, more containers need to be spliced or non-standard sizes need to be directly customized. Non-standard customized container houses can have flexible adjustments in length, width, and height. For instance, lengths such as 3 meters, 6 meters, 8 meters, and 12 meters can be selected, and they can even be designed according to the requirement of 35 meters.

II. Application Scenarios of 35-Meter Container Houses

1. Temporary housing for large-scale events: In events such as the Asian Games, container houses are used as athlete dormitories, office buildings, or media centers. The Nagoya Asian Games once used about 200 container-type accommodation facilities to house 2,000 athletes and officials.
2. Long-term housing on construction sites: Container houses are commonly used on construction sites as worker dormitories, meeting rooms, or warehouses. A length of 35 meters can meet the needs of housing multiple people or storing large equipment.
3. Commercial and tourism purposes: Container houses can be used as temporary hotels, homestays, or shops at tourist attractions. A length of 35 meters can be designed as multiple guest rooms or a comprehensive functional space.

III. Design and Safety Considerations

1. Structural stability: Long-dimension container houses require strengthened structural connections to prevent deformation or collapse at the splicing points.
2. Fire safety: Priority should be given to using Class A fire-resistant materials such as rock wool boards and fireproof cotton, and avoiding flammable materials like polystyrene and polyurethane foam. Electrical wires and cables should be protected with sleeves, and fire-fighting equipment should be provided.
3. Ventilation and lighting: Long-dimension houses need to be reasonably designed with window and door positions to ensure air circulation and natural lighting, avoiding stuffiness or darkness inside.
4. Compliance: They need to comply with local building regulations, especially the approval requirements for temporary housing.