Two-story Prefabricated Living Wooden House

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New Designed Two-story Prefabricated Living Wooden House Maison Bois

1). Material: pine

2). Wall thickness: 70mm

3). Size: (7.8+0.9)x10xH6.3m

Can be made according to customers' design or plans

No pollution during the construction because of using no-toxic green material

High degree of stiffness and light weight

Concrete foundation

Earthquake and wind resistance

Natural living environment can bring happy and healthy life to you!

if you are interested in this model, please feel free to contact me, more details will be sent to you.

Q:Can container houses be converted into offices or studios?: Indeed, container houses have the potential to be transformed into offices or studios without a doubt. The adaptability and modular characteristics of container houses render them suitable for repurposing into various types of spaces, notably offices and studios. They offer a cost-effective and eco-friendly alternative to conventional construction methods, as containers are easily accessible and can be readily personalized to suit specific requirements. To convert container houses into comfortable and functional workspaces, one can incorporate insulation, windows, doors, and appropriate ventilation systems. The interior can be tailored to include separate rooms or open plan layouts, depending on the specific needs of the office or studio. Moreover, containers can be stacked or joined together to create larger spaces or multi-level structures, thus allowing for expansion and flexibility. The robust and secure nature of container houses also renders them suitable for office or studio environments. They are constructed to endure harsh weather conditions, ensuring the safety and protection of the occupants and their equipment. Additionally, container houses can be equipped with essential amenities such as electricity, plumbing, and internet connectivity, making them fully functional workspaces. The conversion of container houses into offices or studios not only offers a distinctive and visually appealing environment but also contributes to sustainable practices. By repurposing shipping containers, we reduce the demand for new construction materials and minimize waste. It serves as an innovative and environmentally conscious solution for creating contemporary, efficient, and adaptable workspaces.

Q:Can container houses be designed to have a large outdoor living area?: Container houses have the potential to feature a generous outdoor living area. Although they are typically smaller than conventional houses, they can still offer a substantial amount of outdoor space when designed effectively. One popular approach is to combine multiple containers or expand the living area by incorporating additional structures like decks, patios, or pergolas. Architects and designers can create open and spacious outdoor areas by strategically stacking or arranging containers. This can be achieved by removing one or more sides of the container, creating an open space that seamlessly connects the indoor and outdoor areas. Furthermore, containers can be modified to include sliding or folding doors that fully open up to expand the living space outdoors. Moreover, container houses can include various outdoor features that enhance the overall living experience. These features may consist of landscaping elements like gardens, lawns, or even swimming pools. By thoughtfully considering the layout, orientation, and placement of the containers, it is possible to maximize the available outdoor space and create a large and comfortable outdoor living area. Ultimately, the design possibilities for container houses are boundless, limited only by imagination and budget. With careful planning and design, container houses can indeed offer a spacious outdoor living area, providing homeowners with the opportunity to enjoy the outdoors while residing in a distinctive and sustainable dwelling.

Q:What is the difference between a container house and an activity board?: The containerized activity room is a movable, reusable building product. The product uses modular design

Q:Are container houses suitable for earthquake-prone areas?: To ensure the safety of container houses in earthquake-prone areas, careful planning and engineering are required. The structural integrity of these houses depends on their design, construction, and anchoring to the ground. One advantage of container houses is their durability and strength, as they are built to withstand harsh transportation conditions. However, this does not automatically make them earthquake-resistant. Proper reinforcement and modifications are necessary to ensure stability during seismic events. Several key considerations must be taken into account to make container houses suitable for earthquake-prone areas. Firstly, the foundation must be carefully designed and constructed, considering site analysis, soil testing, and the use of appropriate materials and techniques. The foundation should be able to dissipate seismic forces and prevent excessive movement or tilting of the container. Secondly, the containers themselves need to be structurally reinforced. This can be achieved by adding steel reinforcements, bracing, and connecting multiple containers to create a more stable structure. Reinforcing the walls, roof, and corners of the container with additional steel can help distribute earthquake forces and minimize damage. The anchoring system is another important aspect. Container houses must be securely anchored to the ground to prevent displacement or overturning during seismic events. Deep footings, concrete piers, or ground anchors can be used for this purpose. The connections between the containers and the foundation should also be carefully designed and engineered for stability. Considering the specific seismic activity of the area is crucial when planning a container house. Different regions have varying levels of seismic activity, and the design should account for the expected magnitude and frequency of earthquakes. Consulting with a structural engineer specializing in earthquake-resistant design is highly recommended to ensure the safety and suitability of container houses in earthquake-prone areas. In conclusion, container houses can be suitable for earthquake-prone areas if they are properly designed, engineered, and constructed. With careful planning and reinforcement, container houses can provide a safe and sustainable housing solution in regions prone to seismic activity.

Q:What are the different sizes of container houses?: Container houses come in a variety of sizes ranging from small, compact units to larger, more spacious designs. The sizes generally depend on the number of shipping containers used in construction. Single-container houses are typically around 160 square feet, while two-container houses can reach up to 320 square feet. Multi-container houses can be even larger, with sizes varying based on the desired layout and number of containers utilized. Ultimately, container houses offer flexibility in size and can be customized to suit various needs and preferences.

Q:Can container houses be designed with a built-in workspace or study area?: Certainly, container houses can be designed to include a built-in workspace or study area. One of the benefits of container houses is their versatility and adaptability in terms of design. By properly planning and customizing, it is entirely feasible to integrate a dedicated workspace or study area into the design of a container house. There are various methods to achieve this. Firstly, the layout of the container house can be thoughtfully designed to allocate a specific area for a workspace or study. This can be accomplished by dividing the available space into different sections, ensuring there is enough room for a desk, chair, and storage for books or study materials. Moreover, container houses can be altered by adding additional windows or skylights to allow ample natural light to enter the workspace or study area, thereby creating a pleasant and conducive environment for work or study. Adequate electrical outlets and internet connectivity can also be installed to ensure functionality and productivity in the workspace. Additionally, container houses can be designed with built-in storage solutions such as shelves, cabinets, or drawers to maintain an organized and clutter-free workspace. This will help maximize the available space and create a productive atmosphere. Ultimately, the design of a container house with a built-in workspace or study area depends on the specific needs and preferences of the individual or family. With careful planning, creative design solutions, and customization options, container houses can be transformed into comfortable and functional spaces that cater to both living and working/studying requirements.

Q:Are container houses safe from extreme weather conditions?: Container houses have the potential to be safe and secure in extreme weather conditions, thanks to their ability to withstand hurricanes, earthquakes, and other natural disasters. By incorporating proper insulation, reinforced structures, and additional features, container homes can meet stringent building codes for high wind zones and seismic activity. The durability of container houses is one of their main advantages. Shipping containers are constructed with strong steel to withstand the harsh conditions of sea transport. This inherent strength makes them resistant to wind, rain, and even fire. However, it is important to note that modifications and reinforcements are often necessary to ensure their safety in extreme weather conditions. To provide effective thermal insulation, container homes can be insulated with high-quality materials. This insulation not only prevents heat loss or gain during extreme temperatures but also helps regulate the temperature inside the house, creating a comfortable and safe living environment. In areas prone to hurricanes or tornadoes, container houses can be further secured by anchoring them to a solid foundation or using reinforced concrete footings. Storm shutters or impact-resistant windows can also be added to protect against flying debris during severe weather events. For earthquake-prone regions, additional precautions are required. Engineers can strengthen the container structure by welding or bolting steel beams to increase stability. Proper seismic bracing and foundation design are crucial to ensure the container home remains intact during an earthquake. To ensure the construction of a safe dwelling, it is crucial to collaborate with experienced architects, engineers, and contractors who specialize in container homes. Their expertise in following proper building codes and regulations will provide a secure and reliable living space even in the face of extreme weather conditions.

Q:Can container houses be designed with noise reduction features?: Yes, container houses can definitely be designed with noise reduction features. While shipping containers are typically made of steel, which is not the best material for sound insulation, there are various methods and materials that can be used to reduce noise in container houses. One approach is to add insulation to the walls, floors, and ceilings of the container. This can be done by using materials like mineral wool, foam insulation, or acoustic panels. These materials help absorb and dampen sound waves, reducing the amount of noise that enters or leaves the container. Another method is to install soundproof windows and doors. Double or triple glazed windows with acoustic seals can significantly reduce noise transmission. Additionally, using solid core doors or adding soundproofing materials to existing doors can help block out unwanted noise. Furthermore, incorporating sound-absorbing materials in the interior design of the container house can also contribute to noise reduction. This can include using carpets, curtains, acoustic wallpapers, or acoustic ceiling tiles, which absorb sound waves and minimize echo within the space. It's important to note that while these noise reduction features can greatly improve the acoustic performance of a container house, they may not completely eliminate all external noise. Factors such as location, surrounding environment, and construction quality can also impact the overall noise levels within the house. Therefore, it is advisable to consult with professionals or acoustic experts when designing a container house with noise reduction features to ensure the best possible results.

Q:Are container houses suitable for guest or in-law accommodations?: Yes, container houses can be suitable for guest or in-law accommodations. Container houses are versatile and can be easily customized to create comfortable living spaces. They offer the advantage of being portable, cost-effective, and environmentally friendly. With proper insulation and design modifications, container houses can provide all the necessary amenities and amenities required for guest or in-law accommodations.

Q:Can container houses be designed with a home gym or fitness room?: Certainly, container houses have the capacity to include a home gym or fitness room in their design. The adaptability and customizable nature of container houses allow for various modifications to meet specific needs and preferences. By properly planning and designing, a container house can easily accommodate a dedicated space for exercise and fitness activities. It is possible to design container homes with enough space to house gym equipment such as treadmills, elliptical machines, weightlifting racks, and exercise bikes. The interior layout can be optimized to provide an open and spacious area, ensuring there is ample room for workout routines. Additionally, container houses can be equipped with appropriate flooring, mirrors, and ventilation systems to enhance the functionality and comfort of the fitness space. The insulation and soundproofing capabilities of container homes also contribute to creating an ideal environment for a home gym. These houses can be designed to regulate temperature and minimize external noise, allowing for a more enjoyable and focused workout experience. Moreover, containers can be stacked or interconnected to create multi-level designs, which can be advantageous for incorporating a home gym. This design flexibility enables the allocation of an entire floor or a designated area solely dedicated to fitness activities, separate from the living spaces. In conclusion, container houses offer great potential for integrating a home gym or fitness room. With careful planning, customization, and attention to the specific requirements, container homes can be designed to provide a functional and convenient space for exercise and fitness enthusiasts.

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