• Low Cost Container House System 1
Low Cost Container House

Low Cost Container House

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Loading Port:
China Main Port
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
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Product:

20ft Container House,Movable House,Prefab House,Mobile House,Modular House,Low-cost Office,Toilet,Shower

Specification: 5910*2438*2591mm

No.

Part Name

Material

1

Foundation

Square Tube

2

Corner Post

Steel

3

Floor Beam

C Shape Steel

4

Roof Beam

C Shape Steel

5

Connection Plate

Steel

6

Edge Covering

Steel Plate

7

Wall

Sandwich Panel, optional

8

Flooring

Plywood+Vinyl Flooring/Laminate Flooring, optional

9

Roof

Corrugated Sandwich Panel, optional

10

Door

Sandwich Panel with aluminum doorframe

11

Doorlock

Stainless Steel

12

Window

Plastic Steel or Aluminum

Plan:

20ft Flat-pack Container House for Living Office Toilet Bathroom Shower


Q: Can container houses be designed with a vertical garden or living wall?
Yes, container houses can definitely be designed with a vertical garden or living wall. In fact, the modular nature of container homes makes it easier to incorporate such green features. Vertical gardens not only enhance the aesthetic appeal of the house but also provide numerous benefits like improved air quality, insulation, and increased biodiversity. Additionally, container houses are highly adaptable, allowing for customization and easy installation of vertical garden systems to maximize space utilization.
Q: Can container houses be designed with a rooftop solar panel system?
Yes, container houses can definitely be designed with a rooftop solar panel system. In fact, container houses are often considered an ideal option for incorporating sustainable and renewable energy sources such as solar panels. The flat and spacious rooftop of a container house provides an excellent platform for installing solar panels, allowing for maximum exposure to sunlight and optimal energy generation. Rooftop solar panel systems are a popular choice for container houses due to their numerous benefits. Firstly, solar panels generate clean and renewable energy, thereby reducing the carbon footprint and environmental impact of the house. This aligns with the eco-friendly nature of container houses, which are already considered a sustainable housing solution due to their repurposed and recycled materials. Additionally, container houses are typically smaller in size compared to traditional homes, making it easier to meet their energy demands with a rooftop solar panel system. The electricity generated from the solar panels can power the entire house or supplement the grid supply, reducing reliance on non-renewable energy sources and potentially leading to significant cost savings on energy bills. Furthermore, container houses are often designed to be mobile or modular, allowing for easy relocation or expansion. This mobility and modularity also apply to the solar panel system, making it adaptable to different locations and configurations. The flexibility of container houses combined with rooftop solar panels offers homeowners the opportunity to live sustainably and independently, even in remote or off-grid areas. In conclusion, container houses can be effectively designed with a rooftop solar panel system. This integration enhances their sustainability, reduces environmental impact, and provides homeowners with a clean and reliable source of energy.
Q: Can container houses be designed with fire-resistant materials?
Yes, container houses can be designed with fire-resistant materials.
Q: Are container houses resistant to noise pollution or traffic noise?
The level of resistance to noise pollution or traffic noise provided by container houses depends on the materials and construction methods utilized. Shipping containers, with their thick steel walls, can effectively block out some external noise, making them more resistant to noise pollution in comparison to traditional houses made of lighter materials. However, it should be noted that container houses can still be susceptible to noise penetration through gaps and openings in the structure, such as windows, doors, or ventilation systems. To enhance their noise resistance capabilities, appropriate insulation and soundproofing measures must be taken during the construction process. Measures such as installing double-glazed windows, using acoustic insulation materials, and sealing any gaps can significantly reduce the impact of traffic noise or other external sounds. Furthermore, the location of the container house also plays a vital role in determining its resistance to noise pollution. Placing the house away from busy roads or other noisy environments can further minimize the impact of traffic noise.
Q: Can container houses be built with a balcony or deck?
Yes, container houses can be built with a balcony or deck. The design and construction of a container house can easily incorporate a balcony or deck, providing additional outdoor space for residents to enjoy.
Q: Can container houses be designed with a home gym or fitness area?
Yes, container houses can definitely be designed with a home gym or fitness area. Container houses are highly customizable and can be designed to meet the specific needs and preferences of the homeowners. Adding a home gym or fitness area to a container house is a popular choice for those who value health and fitness. The compact nature of containers actually lends itself well to creating a functional and efficient fitness space. To design a container house with a home gym or fitness area, certain considerations need to be made. Firstly, the size of the container will determine how much space can be allocated for the gym. Containers come in various sizes, so choosing a larger container will provide more room for equipment and workout space. Additionally, it is important to ensure that the container is well-insulated and properly ventilated to create a comfortable environment for exercising. The layout of the gym area should be carefully planned to maximize the use of space. This may involve incorporating adjustable workout equipment, such as foldable benches or wall-mounted racks, to save space when not in use. Utilizing vertical space through the installation of wall-mounted storage units or racks can also help to optimize the gym area. When designing a container house with a home gym or fitness area, it is crucial to consider the structural integrity of the container. Reinforcements may be necessary to support the added weight of gym equipment and to ensure the safety of the occupants. Overall, container houses offer great potential for incorporating a home gym or fitness area. With proper planning and design, container homes can provide functional and stylish spaces to promote health and wellness.
Q: Are container houses secure?
Container houses can be just as secure as traditional houses, if not more. The steel structure of shipping containers provides a strong and durable shell, making it difficult for intruders to break into. Additionally, container houses can be equipped with high-quality doors, windows, and security systems to further enhance their security. Moreover, container houses can be built with added security features such as reinforced lock systems, security cameras, and motion sensor lights that can be easily integrated into the container's design. These features can make container houses even more secure than some conventional homes. It is important to note that security measures should be taken regardless of the type of house. With proper planning and implementation of security features, container houses can offer the same level of security as traditional houses, if not better.
Q: Can container houses be built with a small garden or outdoor space?
Certainly, it is feasible to construct container houses with a compact garden or outdoor area. The versatility of container houses allows for an array of design possibilities, including the incorporation of outdoor spaces. One option commonly utilized is the creation of a rooftop garden atop the container house. This approach not only optimizes space utilization but also presents a lush and tranquil environment for inhabitants. Depending on the available area and the preferences of the homeowner, rooftop gardens can consist of planters, seating arrangements, and even small water features like ponds or fountains. Another alternative is the inclusion of a small garden or patio adjoining the container house. This can be achieved by preserving a portion of land during the construction process or by employing additional containers to establish a separate outdoor space. The garden can be adorned with plants, flowers, and even a small vegetable patch, granting residents the opportunity to relish nature and cultivate fresh produce in their own backyard. Furthermore, container houses can be modified to feature balconies or terraces, providing outdoor areas on distinct levels. These spaces can be utilized for relaxation, barbecuing, or simply appreciating the picturesque surroundings. On the whole, with meticulous planning and design, container houses can certainly accommodate a diminutive garden or outdoor area. This allows inhabitants to establish a connection with nature and enjoy the advantages of outdoor living, notwithstanding the compact and eco-friendly nature of their container house.
Q: Can container houses be designed with a small footprint?
Yes, container houses can definitely be designed with a small footprint. In fact, one of the major advantages of using shipping containers as building units is their ability to be stacked and arranged in various configurations, maximizing the use of limited space. By designing container houses with a small footprint, we can ensure that they occupy minimal land area, making them ideal for urban environments or areas with limited space availability. To achieve a small footprint, several design strategies can be employed. Firstly, containers can be stacked vertically instead of horizontally, allowing for multi-level structures that utilize the vertical space efficiently. Additionally, modular container units can be interconnected, creating compact structures that can be expanded or modified as needed. Another way to reduce the footprint is by incorporating space-saving features and smart design elements. This includes utilizing open floor plans, multi-purpose furniture, and maximizing natural light and ventilation to reduce the need for excessive energy consumption. By carefully considering the layout and organization of the container house, we can ensure that every inch of space is utilized effectively. Furthermore, container houses can be designed with sustainable features that reduce their environmental impact. This can include incorporating solar panels for energy generation, rainwater harvesting systems, and utilizing eco-friendly materials for construction. By focusing on sustainability, we not only reduce the carbon footprint of the container house but also promote a more environmentally friendly lifestyle. In conclusion, container houses can indeed be designed with a small footprint by utilizing vertical stacking, modular construction, space-saving features, and sustainable design elements. These houses offer a practical solution for maximizing space efficiency while reducing environmental impact, making them a viable option for those seeking compact and eco-friendly housing solutions.
Q: Can container houses be designed for passive solar heating?
Yes, container houses can indeed be designed for passive solar heating. Passive solar design is a sustainable architectural approach that utilizes the natural elements of the sun's energy to heat and cool a building. It relies on maximizing solar gain during the winter months and minimizing it during the summer months. Container houses provide a unique opportunity for passive solar design due to their compact and modular nature. Here are some ways in which container houses can be designed for passive solar heating: 1. Orientation: The placement of the container house is crucial to maximize solar gain. By orienting the house in an east-west direction, the longer sides can face south, allowing for maximum exposure to the sun's rays during the winter when the sun is lower in the sky. 2. Windows and Glazing: Adding large, south-facing windows or glazing to the longer sides of the container house helps capture and retain solar heat. These windows should be properly insulated and double-glazed to prevent heat loss during the night. 3. Thermal Mass: Containers are made of steel, which has a high thermal conductivity. By incorporating thermal mass materials such as concrete, stone, or water storage tanks inside the house, the heat from the sun can be absorbed during the day and released slowly during the night, maintaining a comfortable indoor temperature. 4. Insulation: Proper insulation is essential for passive solar design. Insulating the container walls, roof, and floor will prevent heat loss, ensuring that the captured solar heat stays inside the house. 5. Ventilation: Passive solar design also considers natural ventilation strategies to prevent overheating during the summer months. By incorporating carefully placed windows, vents, and shades, the house can be cooled efficiently through cross-ventilation and stack effect. 6. Overhangs and Shading: To prevent excessive solar gain during the summer, overhangs or shading devices can be added to the south-facing windows. These devices allow the lower angle winter sun to penetrate while blocking the higher angle summer sun. By implementing these passive solar design strategies, container houses can effectively harness the sun's energy for heating, reducing the reliance on traditional heating systems and promoting energy efficiency.

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