Detachable Container House

Two-Storey Container Dormitory Building with Canteen

Name: Two-Storey Container Dormitory Building with Canteen
Rating: 5 (99 reviews)

This two-storey container dormitory building combines sleeping quarters, dining facilities and sanitation in a single compact structure. It was designed and manufactured by Suzhou Taimao Integrated Housing Co., Ltd. and has been shipped to Spain as a complete staff accommodation solution for a construction project.

Instead of renting separate cabins for living, eating and washing, contractors get one integrated building. That reduces site footprint, simplifies management and keeps workers close to their workplace.

Ground floor: living support area
Canteen: a shared dining hall so workers can eat on site.
Kitchen: for preparing meals for the whole team.
Storage room: for food, supplies and equipment.
Toilets: centralized sanitary facilities.
First floor: sleeping area
Rooms can be arranged to your headcount and budget:
Single rooms for supervisors and managers
Double rooms for standard staff
Four-person bunk rooms to maximize capacity
Partition layouts can be adjusted before production, so the same building can serve a small crew or a large team.

Key Features

FAQ

Key Features and Benefits

1. Gable roof design for leak prevention
Flat roofs are the weak point of many container houses, because water can pool and seep at seams over time. This building uses a gable (pitched) roof so rain and snow drain away quickly. It lowers leakage risk, protects the interior and significantly extends service life. It also adds an insulating air gap between roof and ceiling.

2. Electrical safety
Each unit is fitted with an independent residual current (leakage) protection device, so a fault in one room does not affect the rest of the building and occupants are protected against electric shock.

3. Comfortable living conditions
The building is air-conditioner ready for hot summers and cold winters. Rooms include windows for natural light and ventilation.

4. Low cost, fast deployment
Compared with brick-and-concrete dormitories, container buildings need far less on-site labor and time. Modules are prefabricated in the factory, shipped and assembled on site, and can be dismantled and relocated when the project ends.

5. Flexible and expandable
Modules connect side by side or stack in two storeys, so the camp can grow with your workforce.

Applications
Construction site worker dormitories and canteens
Infrastructure, solar/wind farm and mining project camps
Factory and warehouse staff accommodation
Temporary or semi-permanent housing for contractors
Disaster relief and emergency accommodation
- 1. Do you provide on-site installation services?
  
  We provide very detailed installation instructions, drawings, and videos for each project. For large projects, we will arrange installation workers and on-site supervisors. On-site service fees need to be negotiated with the customer.
- 2. What is your delivery time?
  
  For orders under 1000 sets, production can be completed within 2 days after receiving the deposit. Customization requirements, such as glass, require 7-10 days.
- 3. How do you control product quality?
  
  a. Design quality: We anticipate potential problems and provide high-quality design solutions.
  
  b. Raw material quality: We select qualified raw materials.
  
  c. Production quality: Precise manufacturing processes, experienced workers, and strict quality inspection.
- 4. How do you handle quality issues?
  
  The warranty period is 2 years. During the warranty period, we will be responsible for all quality problems caused by our production.
- 5. Does your product have a defined service life?
  
  If so, how long? Under normal climate and environment, the service life of the container house steel frame is 20 years.
- 6. What design solutions do you have for different climate conditions (how do your products adapt to different climates)?
  
  Coastal areas: Hot-dip galvanizing is used for easily rusted parts to effectively slow down rusting.
  
  Windy areas: The wind resistance of the internal structure is improved.
  
  Cold areas: Wall thickness is increased, or high-quality insulation materials are used to improve the structural compressive strength.
  
  Highly corrosive areas: Corrosion-resistant materials are used, or anti-corrosion coatings are applied.