• Assembled Three-floor House System 1
Assembled Three-floor House

Assembled Three-floor House

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Loading Port:
China Main Port
Payment Terms:
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Mark & model  :  Flexible design, quick installation, heat insulation, reliable structure, good waterproof performance, moisture-resistance and anti-corrosion, convenient packing and transportation.

Origin  :  Asia and Pacific Area  China

Quality standard  :  International

Submit date  :  2013-09-23

H.S.Classification  :   Furniture & Toys  Furniture   9406 Prefabricated buildings

Product profile  :  Assembled Three-floor House
Size: 2435(W)mm×6055(L)mm×2790(H)mm
Notes of Product:
1.Customized dwelling conditions, heat insulating, sealed and strong soundproof performance, much more comfortable than common temporary building.
2.The product is featured as excellent fireproof performance, the heat insulating material adopts incombustible material.
3.Highly integrated, no need of foundation on site or secondary decoration, dwellers can move in at once when it is hoisted and installed.
4.Modular assembly, free combination breadthways or lengthways.
5.The indoor room expands greatly to build super-large space.
6.It is easy to move and hoist and could be reused.
Quality Standard: Industrial standard
Origin: China
Commodity Classification: Exported site container house (high-end)
Descriptions:
1.Customized dwelling conditions, heat insulating, sealed and strong soundproof performance, much more comfortable than common temporary building.
2.The product is featured as excellent fireproof performance, the heat insulating material adopts incombustible material.
3.Highly integrated, no need of foundation on site or secondary decoration, dwellers can move in at once when it is hoisted and installed.
4.Modular assembly, free combination breadthways or lengthways.
5.The indoor room expands greatly to build super-large space.
6.It is easy to move and hoist and could be reused.
Features:
1.The product is featured as frame structure and prefabricated insulation.
2.Elegant appearance harmonizes with scenic spot.
3.Free assembly and multi-floor combination in different directions.
4.Integrated decoration and complete indoor supporting facilities.
Applications:
Business: Office room, office building, business building.
Residential: Hotel, apartment, dormitory, traveling campsite, public-rent house.
Commercial: Supermarket, convenient store, noshery, farmer’s house, cabinet, sales center, reception center.
Education: School, training base.
Campsite: Temporary building for field exploration and construction site of such industries as oil gas field, industrial mining, road building, railway, bridge and so on.
Disaster Relief: Government relocation of victims, military barracks.
Public Events: Public building and construction for public events including sports meeting and exhibition.
Functional House: Kitchen, dining hall, bathroom, gym, clinic, laundry house, equipment room, storage room and so on.


Q: What type of foundation is needed for a container house?
The type of foundation needed for a container house depends on various factors such as the soil conditions, climate, local building codes, and the intended use of the structure. There are several common types of foundations that can be suitable for container houses. One option is a concrete slab foundation, which involves pouring a solid concrete pad on which the containers can be placed directly. This type of foundation is relatively low-cost and provides a stable base for the containers. However, it may require excavation and site preparation. Another option is a pier foundation, which involves placing concrete piers or footings beneath the corners of each container and occasionally along the walls for added support. This type of foundation is suitable for sites with uneven terrain or areas with poor soil conditions. It allows for better airflow under the containers and can be more cost-effective in some cases. In areas with high water tables or flood-prone regions, a raised foundation or stilts may be required. This involves elevating the containers on piers, columns, or stilts to keep them above the flood level. This type of foundation not only protects the structure from potential water damage but also allows for better ventilation and airflow. It's important to consult with a structural engineer or a professional experienced in container house construction to determine the most appropriate foundation for your specific project. They will consider factors such as soil testing, local regulations, and the desired load-bearing capacity to ensure a safe and structurally sound foundation for the container house.
Q: Are container houses suitable for emergency shelters?
Yes, container houses can be suitable for emergency shelters. Container houses are made from shipping containers that are durable, weather-resistant, and easily transportable. They can be quickly assembled and provide a safe and secure living space for individuals affected by emergencies such as natural disasters or conflicts. Container houses can be customized to include basic necessities like sleeping areas, sanitation facilities, and cooking spaces. They are also cost-effective compared to traditional construction methods, which makes them a viable option for emergency response organizations with limited resources. Additionally, container houses are reusable and can be repurposed for future emergencies, making them an environmentally friendly choice. Overall, container houses offer a practical and efficient solution for emergency shelters, providing temporary housing that is both functional and sustainable.
Q: How do container houses compare to tiny houses?
Container houses and tiny houses have some similarities but also significant differences. Both types of housing are compact and designed to maximize space utilization. However, container houses are typically made from shipping containers and repurposed for residential use, while tiny houses are custom-built structures. Container houses often offer more durability due to their steel construction, whereas tiny houses may provide more design flexibility and aesthetic options. Additionally, container houses can be more cost-effective and easier to transport, while tiny houses allow for greater customization and personalization. Ultimately, the choice between the two depends on individual preferences, budget, and specific needs.
Q: Can container houses be designed to have a home office?
Certainly, container homes lend themselves perfectly to the inclusion of a dedicated home office. The adaptability and versatility of these homes make them an ideal choice for incorporating a workspace within the available area. By collaborating with skilled architects and designers, container houses can be tailored to include a designated section for a home office that caters to the specific requirements and preferences of the homeowner. To maximize natural light and create an inviting office space, container homes can be designed with features such as large windows, skylights, or glass walls. Furthermore, the interior layout can be strategically planned to provide ample room for a desk, storage units, and other essential office equipment. By utilizing modular furniture and innovative storage solutions, the limited space can be optimized to create a functional and efficient work environment. Moreover, container houses can be equipped with all the necessary amenities to support a productive home office. This encompasses electrical outlets, internet connectivity, proper ventilation, and insulation to ensure a comfortable and conducive working atmosphere. In conclusion, with thoughtful planning and imaginative design solutions, container houses can be customized to include a home office. These homes offer a comfortable and practical workspace that caters to the needs of individuals who work remotely or operate their businesses from home.
Q: Can container houses be designed with large windows and natural light?
Yes, container houses can be designed with large windows and natural light. While shipping containers are typically made of steel and have limited openings, they can be modified to include large windows and allow ample natural light into the interior space. The modification process involves cutting openings in the container walls and reinforcing them with additional steel beams or framing to support the structure. The windows can be installed using various materials such as glass, polycarbonate, or acrylic panels, depending on the desired aesthetics and budget. Additionally, skylights and light wells can also be incorporated to maximize the amount of natural light entering the container house. With proper design and engineering, container houses can be transformed into bright and well-lit living spaces, creating a comfortable and inviting environment.
Q: Can container houses be built in remote locations?
Yes, container houses can be built in remote locations. In fact, their modular nature and ease of transportation make them an ideal choice for remote areas. Container houses can be easily transported to remote locations via trucks, ships, or even helicopters, depending on the accessibility of the area. Additionally, container houses are designed to be self-contained units, which means they can be built with their own water, sewage, and power systems, making them suitable for areas without existing infrastructure. Moreover, containers are known for their durability and ability to withstand extreme weather conditions, making them a practical option for remote locations that may experience harsh climates. Overall, container houses offer flexibility, convenience, and cost-effectiveness, making them a viable solution for housing needs in remote areas.
Q: Are container houses suitable for areas with limited construction resources?
Container houses are an excellent option for areas with limited construction resources. These houses are created using shipping containers, which are easily accessible in many parts of the world. By repurposing these containers, it is possible to transform them into livable spaces without the need for traditional construction materials like bricks, cement, and wood. In locations where construction resources are scarce, obtaining or transporting traditional building materials can be challenging due to logistical issues or high costs. However, shipping containers are designed to be easily transported by trucks, ships, or trains. This makes them a practical solution for areas with limited access to construction materials. Container houses also offer several advantages in terms of cost and time efficiency. Since the basic structure of the house is already in place, the construction process is significantly faster compared to traditional building methods. This not only saves time but also reduces labor costs, making container houses a cost-effective option for areas with limited construction resources. Furthermore, container houses are highly durable and can withstand harsh weather conditions. Shipping containers are built to endure heavy loads, extreme temperatures, and even hurricanes. This makes container houses a suitable choice for areas prone to natural disasters or locations with limited access to construction resources for repairs and maintenance. Moreover, container houses can be designed to be energy-efficient and environmentally friendly. By incorporating proper insulation, solar panels, and other sustainable features, container houses can reduce energy consumption and minimize their impact on the environment. In conclusion, container houses provide a practical and viable solution for areas with limited construction resources. They offer a cost-effective, durable, and sustainable alternative to traditional construction methods, making them suitable for various locations worldwide.
Q: Can container houses be easily transported overseas?
Container houses have the advantage of being easily transported overseas due to their mobility and ease of transportation. The shipping containers used to build these houses are specifically designed to be transported by ships, trucks, and trains, making them suitable for international shipping. They can be loaded onto cargo ships and transported across oceans to reach different countries. The durability of container houses is due to their construction using steel, which allows them to withstand the rigors of transportation. They are built to endure heavy loads and extreme weather conditions encountered during shipping. Additionally, their standardized dimensions make them easy to stack and secure on cargo ships, ensuring their safe transport. Furthermore, container houses can be disassembled and reassembled relatively easily, facilitating their transportation overseas. They can be loaded onto trucks or trailers and transported to ports for shipping. Once they arrive at the desired destination, they can be easily reassembled into habitable structures. However, several factors need to be considered when transporting container houses overseas. These include obtaining the necessary permits and approvals, complying with local regulations, and ensuring proper transportation logistics and infrastructure at the destination port. Additionally, the cost of transportation, including shipping fees and customs duties, should be taken into account when assessing the feasibility of transporting container houses overseas. In conclusion, container houses are designed to be easily transported overseas, and with proper planning and logistics, they can be successfully delivered and reassembled in different countries.
Q: Can container houses be designed with a modern or contemporary aesthetic?
Yes, container houses can definitely be designed with a modern or contemporary aesthetic. In fact, many architects and designers have embraced the use of shipping containers as a sustainable and affordable building material, while also incorporating sleek and stylish designs. One of the advantages of using container houses for modern or contemporary designs is their clean and industrial look. The metal structure of the containers, with their straight lines and geometric shapes, can lend themselves well to a modern aesthetic. Additionally, the uniformity of the containers allows for modular design, which can be easily customized to create a contemporary look. Designers often incorporate large windows, open floor plans, and minimalist interiors to enhance the modern feel of container houses. This allows for abundant natural light, an airy atmosphere, and a seamless integration between indoor and outdoor spaces. The use of high-quality finishes, such as wood or polished concrete, can further elevate the overall contemporary aesthetic of the container house. Moreover, container houses can be creatively stacked or arranged to create unique and visually striking designs. Architects have experimented with cantilevered sections, rooftop gardens, and even multi-story container structures, all of which contribute to a modern and cutting-edge appearance. Ultimately, container houses offer a versatile canvas for modern or contemporary designs. With the right architectural vision and attention to detail, these structures can be transformed into stylish and visually appealing homes that seamlessly blend sustainability and aesthetics.
Q: Can container houses be designed for passive solar heating?
Indeed, container houses can be specifically designed to utilize passive solar heating. Passive solar design is an environmentally-friendly architectural approach that utilizes the natural elements of the sun's energy to heat and cool a building. It focuses on maximizing solar gain in the winter months and minimizing it in the summer months. Container houses offer a unique opportunity for passive solar design due to their compact and modular nature. Below are several ways in which container houses can be designed to effectively harness passive solar heating: 1. Orientation: The positioning of the container house is vital to maximize solar gain. By aligning the house in an east-west direction, the longer sides can face south, allowing for optimal exposure to the sun's rays during the winter when the sun is lower in the sky. 2. Windows and Glazing: Installing large, south-facing windows or glazing on the longer sides of the container house helps capture and retain solar heat. These windows should be well-insulated and double-glazed to prevent heat loss at night. 3. Thermal Mass: Containers, which are made of steel, have 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 gradually at night, maintaining a comfortable indoor temperature. 4. Insulation: Adequate insulation is crucial for effective passive solar design. Insulating the container walls, roof, and floor will prevent heat loss, ensuring that the captured solar heat remains inside the house. 5. Ventilation: Passive solar design also considers natural ventilation strategies to prevent overheating during the summer months. By incorporating carefully positioned windows, vents, and shades, the house can be efficiently cooled through cross-ventilation and the stack effect. 6. Overhangs and Shading: To prevent excessive solar gain in 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 incorporating these passive solar design strategies, container houses can effectively harness the sun's energy for heating, reducing the reliance on conventional heating systems and promoting energy efficiency.

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