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Specifications

Specifications prefabricated homes
1.Qualified material
2.Flexible design
3.Fast installation

prefabricated steel building Feature:

* Prefabrication, easy to install and disassemble

* Precision works, long life-span up to 15 years for use

* Lightness, easy to transport and relocate

* Using several times and recycling, economy and environment friendly

Prefab house Main material list as following:

Wall: 50mm/75mm thick EPS/Rockwool/PU sandwich panel

Roof: 50mm/75mm thick EPS/Rockwool/PU corrugated sandwich panel

Window: UPVC or Aluminum sliding window

Door: aluminum frame with panel same as wall panels(security door as optional)

Prefab house Joint material: steel column/aluminum alloy

1. Free from the damages by inspects, such as white ants and so on

2. Steel code: Q345, Q235

3. Designed life span: more than 30 years;

4. Green and environment-friendly materials used;

5. Seismic resistance up to 8 magnitudes

6. Safe---Able to stands for maximum 55 m/s typhoon

7. Advanced roof and wall cladding material guarantee excellent acoustic insulation, less 65% energy consumption than the concrete structure.

8. Additional 10%-15% net area compared to the traditional building, air cavity between the cladding and main structure guarantees the comfortable indoor space.

Prefab house advantage

1. Easy and quick to install;

2. Excellent load and span capabilities;

3. Significant savings in site installation costs;

4. Panel comes in a range of aesthetically pleasuring colors;

5. Energy saving thermal insulation;

6. Superior air tightness for controlled environments;

7. Good reactions to fire properties;

8. Durable, long lasting, stood the test of time in the extremes of harsh climate

Q: Are container houses suitable for agricultural or farming purposes?: Container houses can indeed be suitable for agricultural or farming purposes. These structures offer several advantages that make them appealing for such applications. First and foremost, container houses are highly customizable and can be easily modified to fit specific farming needs. They can be transformed into storage facilities, livestock shelters, or even hydroponic growing spaces. Container houses are also durable and weather-resistant, which is crucial for withstanding the various elements involved in farming. They are designed to withstand extreme weather conditions, making them suitable for use in rural areas where agricultural activities are often carried out. Furthermore, container houses are cost-effective compared to traditional building methods. They are significantly cheaper to construct and maintain, allowing farmers to allocate their resources more efficiently. This affordability makes container houses a viable option for small-scale farmers or those on a limited budget. Another advantage of container houses is their mobility. They can be easily transported to different locations, allowing farmers to adapt to changing farming needs or relocate to more suitable areas. This flexibility is particularly beneficial for farmers who engage in seasonal or rotational farming practices. Additionally, container houses are eco-friendly as they repurpose old shipping containers, reducing waste and promoting sustainability. They can be equipped with energy-efficient features such as solar panels or rainwater harvesting systems, further reducing their environmental impact. However, it is important to note that there may be limitations to using container houses for agricultural purposes. The size of the containers may restrict the scale of farming operations, and additional insulation or ventilation may be required to maintain suitable conditions for certain crops or livestock. In conclusion, container houses can be a suitable option for agricultural or farming purposes. Their customizable nature, durability, affordability, mobility, and eco-friendliness make them a practical choice for farmers looking for cost-effective and flexible structures to support their farming activities.

Q: Can container houses be designed with a small garden or outdoor space?: Yes, container houses can definitely be designed with a small garden or outdoor space. In fact, many container house designs incorporate outdoor areas to provide residents with a connection to nature and additional living space. There are several creative ways to incorporate a garden or outdoor space into a container house design. One option is to utilize the rooftop of the container as a green space or terrace. This can be done by adding a layer of soil and planting grass, flowers, or even a small vegetable garden. Additionally, rooftop gardens can also help with insulation and reducing energy consumption. Another option is to design the container house with an attached or detached outdoor space, such as a patio or deck. This can be achieved by extending the structure of the container or adding additional modules. These outdoor spaces can be used for various activities like relaxing, dining, or even hosting small gatherings. Furthermore, container houses can also incorporate vertical gardening systems, which allow for plants to be grown vertically on the walls. This is a great option for those with limited outdoor space and can add a touch of greenery to the interior or exterior of the container house. In conclusion, container houses can be designed with small gardens or outdoor spaces. These additions not only enhance the aesthetics of the house but also provide residents with the opportunity to connect with nature and enjoy the benefits of outdoor living.

Q: Are container houses earthquake-resistant?: Container houses can be designed to be earthquake-resistant, but it ultimately depends on the construction techniques and materials used. Shipping containers are made of steel, which is a strong and durable material. However, without proper reinforcement and modifications, they may not be able to withstand the forces generated during an earthquake. To make container houses earthquake-resistant, several measures can be taken. One common approach is to reinforce the containers with additional steel beams or frames. These provide extra structural support and help distribute the seismic forces more evenly throughout the building. Additionally, securing the containers to a strong foundation, such as concrete footings or pilings, can further enhance their stability during an earthquake. Other factors that contribute to the earthquake-resistance of container houses include the overall design and layout. For example, a well-designed structure with proper load distribution, bracing, and cross-connections can improve its ability to withstand seismic events. Furthermore, using flexible and lightweight materials for interior finishes can reduce the risk of falling objects and potential injuries during an earthquake. It's important to note that while container houses can be made earthquake-resistant, the level of resistance will vary depending on the specific design, location, and the magnitude of the earthquake. Consulting with structural engineers and following local building codes and regulations is crucial to ensure the safety and resilience of container houses in seismic-prone areas.

Q: Can container houses be built with a contemporary gym or fitness area?: Yes, container houses can be built with a contemporary gym or fitness area. With proper planning and design, containers can be transformed into functional and modern spaces that can accommodate various purposes, including fitness areas. By utilizing the available space efficiently and incorporating necessary amenities and equipment, container houses can be customized to include a gym or fitness area that meets contemporary standards.

Q: How do container houses compare to tiny houses?: Container houses and tiny houses are both popular alternatives to traditional homes, but they have distinct differences that set them apart. One major difference is the construction material. Container houses are typically made from repurposed shipping containers, which are durable, weather-resistant, and readily available. On the other hand, tiny houses can be constructed using a variety of materials, such as wood, metal, or even recycled materials. This allows for more flexibility in design and aesthetics. In terms of size, container houses tend to be larger than tiny houses simply because shipping containers provide a larger base to work with. A typical container house can range from 160 to 320 square feet, while tiny houses are usually smaller, ranging from 80 to 400 square feet. This difference in size can affect the layout and functionality of the living space. Another distinction lies in mobility. Tiny houses are often built on wheels, allowing them to be easily transported and relocated. This mobility makes tiny houses a popular choice for those who desire a nomadic lifestyle or want the freedom to move their home to different locations. On the other hand, container houses are generally more stationary due to their heavy and fixed structure. While they can be moved, it requires more effort and logistics. Cost is another factor to consider. Container houses are generally more cost-effective compared to tiny houses because the containers themselves can be purchased at a relatively low price. However, the cost of customization, insulation, plumbing, and other amenities can add up. Tiny houses, on the other hand, can vary widely in price depending on the materials used, level of customization, and the location where it is built. Lastly, both container houses and tiny houses offer unique sustainability benefits. Container houses promote recycling and repurposing by giving shipping containers a second life. Tiny houses, on the other hand, are often designed with energy-efficient features and can use renewable energy sources, such as solar panels, to reduce their environmental impact. In conclusion, container houses and tiny houses have their own advantages and disadvantages. Container houses offer durability, size, and cost advantages, while tiny houses offer mobility and flexibility in design. Ultimately, the choice between the two would depend on personal preferences, lifestyle, and specific needs.

Q: Can container houses be built with a home office or study area?: Yes, container houses can be built with a home office or study area. The modular nature of container houses allows for customization and flexibility in design, making it possible to incorporate designated spaces for work or study.

Q: Are container houses suitable for homeless shelters?: Yes, container houses can be suitable for homeless shelters. They are affordable, easy to construct, and offer a quick solution to provide shelter for the homeless. Container houses can be designed to include basic amenities, such as beds, toilets, and showers, ensuring a safe and comfortable living environment for those in need. Additionally, their modular nature allows for scalability, making it possible to expand the shelter as required.

Q: Do container houses have plumbing and bathroom facilities?: Indeed, plumbing and bathroom facilities can be incorporated into container houses. Although shipping containers usually lack these amenities, they can be conveniently altered to accommodate them. By undertaking careful planning and construction, container houses can possess fully operational plumbing systems, complete with toilets, sinks, showers, and even hot water heaters. Numerous container house designs integrate these features, transforming them into cozy and habitable homes. Furthermore, container houses offer diverse off-grid and sustainable alternatives for water supply and waste management, enabling adaptability to various locations and environmental conditions.

Q: Are container houses environmentally friendly?: There are several reasons why container houses can be considered environmentally friendly. Firstly, they utilize repurposed shipping containers, reducing the demand for new materials and addressing the issue of waste accumulation. By recycling these containers, we can give them a new purpose and extend their lifespan. Secondly, container houses often prioritize energy efficiency. They can be equipped with insulation materials to regulate indoor temperatures, reducing the need for excessive heating or cooling. Furthermore, container homes can be equipped with energy-saving appliances and solar panels, further reducing their carbon footprint. Additionally, container houses can be designed to be self-sufficient in terms of water and energy consumption. For example, rainwater harvesting systems can be installed to collect and reuse water for various purposes, minimizing the strain on local water resources. Similarly, solar panels or other renewable energy sources can supply electricity, reducing reliance on fossil fuels and minimizing greenhouse gas emissions. Moreover, container houses can contribute to the reduction of urban sprawl. By repurposing existing structures, container homes can be built in urban areas, utilizing vacant lots or underutilized spaces. This revitalizes communities and reduces the need for new developments on previously undeveloped land, which can lead to habitat destruction and environmental degradation. In conclusion, container houses offer environmental benefits, but their overall sustainability depends on factors such as construction materials, design energy efficiency, and location. However, when designed and built with sustainability in mind, container houses can serve as an environmentally friendly alternative to traditional housing.

Q: What is the number of years of row of villas?: Under normal circumstances are 70 years, the villa is a real estate license and land certificate

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