Prefabricated Luxury Houses Made in China

Prefabricated Luxury Houses Made in China System 1

Prefabricated Luxury Houses Made in China

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 m²

Supply Capability:: 1000 m²/month

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Specifications

Prefabricated light steel fram house
1.easy to assemble on site;
2.good earthquake proof;
3.green,and energy saving;

Prefab Light Steel Farm House:

Design Code:

(1)AISI S100 North American Specification for the Design of Cold Formed Steel Structural Members published by the American Iron and Steel Institute (AISI) in the United States.

(2)AS/NZS 4600 Australian/New Zealand Standard-Cold-formed steel structures jointly published by Standards Australia and Standards New Zealand.

(3)BS 5950-5 Structural use of steelwork in building-Part 5. Code of practice for design of cold formed thin gauge sections published by BSI in the UK.

(4)ENV1993-1-3 means Euro code 3: Design of steel structures; Part 1.3: General rules, Supplementary rules for cold-formed thin gauge members.

Prefab House Advantage

1. U.K engineer approved

2. Earthquake, cyclone proof

3.100years life

4. Green, energy save,

5. Fast and easy installation

6. Recyclable

7. Felixable design

8. Comfortable for living

9. High insulation performance

10.High sound-proof performance

Prefabricated Luxury Houses Made in China

Q:Can container houses be designed to have a green or living wall?: Yes, container houses can definitely be designed to have a green or living wall. A green or living wall, also known as a vertical garden, is a wall covered with plants that can be grown vertically using various systems such as hydroponics or soil-based methods. Container houses provide a great opportunity to incorporate green walls due to their modular and stackable nature. The walls of a container house can be easily transformed into vertical gardens by installing a supporting structure that holds the plants in place. This can be done by attaching a trellis or a wire mesh to the container walls, creating a framework where plants can be grown vertically. Green walls offer a multitude of benefits for container houses. Firstly, they enhance the aesthetics of the structure, adding a touch of natural beauty to the industrial look of the containers. Additionally, green walls help improve the insulation and energy efficiency of the home. The plants act as a natural barrier, reducing heat gain during summer and heat loss during winter, thus reducing the need for excessive heating or cooling. Moreover, green walls contribute to environmental sustainability. They absorb carbon dioxide and release oxygen, improving air quality and reducing the carbon footprint of the house. They also act as natural sound barriers, reducing noise pollution from the surroundings. When designing a container house with a green or living wall, it is important to consider factors such as proper irrigation, drainage, and plant selection. The irrigation system should be designed to provide enough water to the plants without causing water damage to the container. Drainage systems should be in place to prevent excess water from accumulating and causing structural issues. Furthermore, plant selection is crucial to ensure the success of the green wall. It is important to choose plants that are suitable for vertical growth and can thrive in the specific conditions of the container house, such as limited sunlight or exposure to wind. In conclusion, container houses can be designed to have green or living walls. These walls not only enhance the aesthetics of the structure but also provide numerous environmental benefits such as improved insulation, air quality, and noise reduction. With proper planning and design considerations, container houses can incorporate green walls that contribute to a sustainable and eco-friendly living space.

Q:Is there a containerized housekeeping room?: The definition of a building in a terminology for civil architectural design

Q:Can container houses be designed to have a separate home office space?: Indeed, it is conceivable to fashion container houses with a distinct area for a home office. The versatility of container houses renders them adaptable and open to customization in order to fulfill particular desires and requirements. By meticulously plotting the arrangement and design, it becomes feasible to establish a dedicated portion within the container house that fulfills the purpose of a home office. This objective can be accomplished through the act of partitioning a segment of the container, incorporating doors or walls to ensure privacy, and integrating essential amenities including electrical outlets, lighting fixtures, and internet connectivity. Moreover, container houses possess the potential for expansion or alteration by connecting multiple containers, thereby amplifying the potential for creating an independent home office space.

Q:How do container houses compare to traditional houses in terms of insulation?: Container houses typically have poorer insulation compared to traditional houses. This is mainly due to the materials used in their construction, such as steel walls that conduct heat and cold more easily than traditional building materials like wood or brick. However, with proper insulation upgrades, container houses can achieve similar levels of insulation as traditional houses.

Q:Can container houses be designed for off-grid living?: Yes, container houses can indeed be designed for off-grid living. In fact, container houses have become increasingly popular among people seeking sustainable and self-sufficient living options. One of the key advantages of container houses is their flexibility in design and construction. They can be easily modified and customized to include all the necessary elements for off-grid living. This typically includes incorporating renewable energy sources such as solar panels, wind turbines, or even hydroelectric systems to generate electricity. Additionally, container houses can be equipped with rainwater collection systems and advanced water filtration systems to ensure a sustainable and independent water supply. Moreover, container houses offer excellent insulation properties, which can be further enhanced with the addition of insulation materials. This allows for better temperature control, reducing the need for excessive heating or cooling. Additionally, the compact size of container houses makes it easier to maintain optimal indoor temperatures, requiring less energy consumption. Container houses can also be designed to include efficient waste management systems. Composting toilets and greywater recycling systems can be installed to minimize water waste and reduce the environmental impact. Furthermore, container houses can be equipped with high-efficiency appliances and LED lighting to further conserve energy. Overall, container houses provide a versatile and sustainable solution for off-grid living. By incorporating renewable energy sources, efficient water management systems, and energy-saving features, container houses can offer a comfortable and eco-friendly lifestyle in remote or off-grid locations.

Q:Can container houses be designed to have a large living space?: Certainly, container houses have the potential to boast a generous living space. Although shipping containers are typically restricted in size, they can be transformed into expansive homes through ingenious designs and innovative solutions. There are various methods that can be utilized to optimize the living area within a container house. To begin with, one can amalgamate multiple containers to fashion a larger living area. By either stacking or aligning the containers side by side, the floor plan can be expanded to accommodate additional rooms or open spaces. This grants the opportunity for a more flexible layout and an overall larger living area. Moreover, containers can be altered by removing specific walls or sections to create an open arrangement. By eliminating unnecessary walls, the interior can feel more spacious and allow for an uninterrupted flow between different areas. This concept of an open design can give the illusion of a larger container house. In addition, incorporating sizable windows and skylights into the container house design can introduce an abundance of natural light, which in turn makes the space feel more open and airy. Natural light has the ability to visually expand the interior and generate a sense of spaciousness. Furthermore, it is crucial to make efficient use of vertical space in container house design. By constructing upwards, through the installation of mezzanines or lofts, additional living areas can be created without occupying valuable floor space. These elevated spaces can be utilized as bedrooms, offices, or recreational areas, further maximizing the overall living space. Lastly, effective storage solutions are indispensable in container houses. By designing built-in storage units and utilizing concealed spaces, one can minimize clutter and maximize the available living area. By incorporating clever storage options, the container house can provide ample room for everyday living while maintaining a neat and organized environment. In conclusion, it is indeed feasible to design container houses with a substantial living space. By employing innovative design techniques such as combining containers, creating an open layout, optimizing natural light, utilizing vertical space, and implementing efficient storage solutions, container houses can offer comfortable and spacious living areas.

Q:Are container houses suitable for remote locations?: Yes, container houses are suitable for remote locations. These structures are designed to be portable and easily transported to various locations, making them ideal for remote areas that are difficult to access. They can be transported by truck, ship, or even helicopter, depending on the location. Additionally, container houses are built to withstand harsh weather conditions, including extreme temperatures and high winds, making them suitable for remote areas that may experience challenging weather patterns. Furthermore, container houses can be customized and modified to meet the specific needs of the remote location, such as incorporating solar panels for off-grid living or adding insulation for colder climates. Their compact size also makes them easier to set up and maintain in remote locations. Overall, container houses offer a practical and efficient housing solution for remote areas.

Q:Can container houses be expanded or modified?: Container houses have the ability to be expanded and modified. The modular design of these houses makes it easy to expand or modify the structure. It is possible to add additional containers to increase living space, or rearrange walls within the containers to create larger rooms or open floor plans. Moreover, container houses can be stacked vertically to form multi-level structures. Furthermore, it is possible to customize the exterior and interior of these houses by adding windows, doors, insulation, plumbing, electricity, and various design elements to meet specific needs and preferences. In summary, container houses offer great flexibility for expansion and modification, which makes them a versatile housing option.

Q:What types of materials are used in container house construction?: Container houses have gained popularity due to their affordability, sustainability, and flexibility. They are built using different materials to ensure durability and structural integrity. Steel is the primary material used in container house construction. Shipping containers are made of high-quality steel, which provides strength and stability. Steel is known for its durability and ability to withstand harsh weather conditions, making it an ideal choice for container houses. Insulation is another crucial material used. The walls, floor, and roof of the containers are insulated to regulate temperature and improve energy efficiency. Common insulation materials include polyurethane foam, mineral wool, or polystyrene. To enhance the aesthetics and functionality of container houses, various other materials are used. Wood is used for flooring, cabinetry, and wall coverings. Fiberglass or PVC panels can be used to clad the exterior walls, offering additional insulation and protecting the steel from corrosion. The choice of roofing material depends on the desired look and functionality. Options include asphalt shingles, metal sheets, or green roofs. Windows and doors are typically made of aluminum or uPVC, providing durability, energy efficiency, and security. Other materials used in container house construction include plumbing and electrical components such as PVC pipes, wiring, and fixtures. These materials ensure the proper functioning of utilities within the container house. In summary, container houses utilize a combination of steel, insulation materials, wood, fiberglass or PVC panels, roofing materials, windows and doors, and various plumbing and electrical components. The selection of these materials is crucial to ensure the structural integrity, energy efficiency, and overall aesthetics of the container house.

Q:What are the different types of container house foundations?: There are several types of foundations that can be used for container houses. Some common options include concrete slabs, concrete piers, helical piles, and strip footings. Each type of foundation has its own advantages and suitability depending on factors like soil conditions, local building codes, and budget constraints.

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