prefabricated wooden house

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Loading Port:: China Main Port

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Product Description

No	Sort	Name	Details
1	House spec	Length	Less than 150m
		width	Less than 15m
		wall height	A. Single layer 3000mm
			B. Double layer 6500mm,
			C. Triple layer10000mm
		inner clear height	2600 mm
		slope	2:1
2	Room description	Wall panel	A. 50-75mm color steel composite panel
			B. EPS density:13kg/m3;
			C. Thermal resistance:0.041w/m.k;
			D. Coeffcient of heat conduct: 0.546w/.k;
		Top panel	A. 50-75mm color steel composite panel ;
			B. EPS density13kg/m3;
			C. Thermal resistance:0041w/m.k;
			D. Coefficient of heat conduct: 0.546w/.k;
		Exterior door	Antitheft door:spec:900*2100mm
		Interior door	Mold door spec:800*2000mm
		Window	PVC window;
		Structure	Main structure material: Q235 steel
		Coloumn	Square steel/C type steel
		Purlin	C type steel
		Truss	C type steel
		Decoration	color steel bending pieces,
		Celling and floor	Waterproof plaster ceiling, The floor can take advantage of plaster board ceiling,Composite wood floor or ceramic tile is optional for the door.
3	Load parameter	Load	Roof live load 50kg/m², floor load as per requirements
		Wind load	0.5KN/m2
		Fireproof grade	B2 grade,
		Temperature	-25 to 50
		Anti-earthquake grade	7degree

Q:Can container houses be designed for wheelchair accessibility?: Yes, container houses can certainly be designed for wheelchair accessibility. With careful planning and design considerations, container houses can be modified to include ramps, wider doorways, spacious interiors, accessible bathrooms, and other necessary features to accommodate individuals using wheelchairs. The versatility of container construction allows for customization and modifications to meet specific accessibility requirements, making it possible to create barrier-free and inclusive living spaces for wheelchair users.

Q:What are the building regulations for container houses?: The building regulations for container houses vary depending on the country, state, and local jurisdiction. However, there are some general guidelines and considerations that are typically applicable when constructing a container house. Firstly, it is important to check with the local planning department or building control authority to determine if container houses are permitted in the area. Some regions may have restrictions or zoning regulations that limit or prohibit the use of shipping containers for residential purposes. In terms of structural requirements, container houses must meet certain standards to ensure their stability and durability. This may include reinforcing the container structure, adding additional support columns, or welding components together to create a more stable structure. The specific regulations for structural modifications will depend on the local building codes and engineering requirements. Insulation and ventilation are also crucial factors. Containers are made of steel, which can create challenges in terms of temperature control. Adequate insulation and ventilation systems must be installed to ensure the comfort and safety of the occupants. This may involve adding insulation materials to the walls, floors, and ceilings, as well as installing ventilation fans or windows for airflow. Electrical and plumbing systems must also comply with local building codes and safety regulations. This includes properly installing electrical wiring, outlets, and switches, as well as plumbing fixtures and connections. It is advisable to hire licensed professionals for these installations to ensure compliance with the regulations and to guarantee the safety of the occupants. Additionally, container houses may need to meet requirements related to fire safety, accessibility, and energy efficiency. This can include installing fire-resistant materials, providing accessible entrances and exits, and incorporating energy-efficient features such as solar panels or energy-saving appliances. Overall, it is crucial to research and consult with local authorities and professionals to understand the specific building regulations for container houses in your area. By following these regulations, you can ensure that your container house is safe, compliant, and suitable for long-term habitation.

Q:Are container houses suitable for temporary event spaces or venues?: Yes, container houses can be suitable for temporary event spaces or venues. They offer flexibility, easy customization, and quick setup, making them ideal for temporary use. Additionally, container houses are cost-effective and environmentally friendly alternatives to traditional venues for events.

Q:Can container houses be designed to have a meditation space?: Yes, container houses can be designed to have a meditation space. With proper planning and creative design, containers can be transformed into tranquil and peaceful spaces that cater to meditation and mindfulness practices. The flexible and modular nature of container houses allows for customization, enabling the inclusion of features like large windows for natural light, soundproofing for a serene environment, and minimalist interiors to promote a sense of calm.

Q:Do container houses require a foundation?: Yes, container houses require a foundation. A strong and stable foundation is necessary to provide support and stability for the structure, especially since container houses are typically heavy and may require additional reinforcement.

Q:Are container houses suitable for areas with limited access to medical facilities?: Yes, container houses can be suitable for areas with limited access to medical facilities. These houses can be designed to meet the specific needs of the residents in terms of healthcare. They can be equipped with medical equipment and technologies, such as telemedicine systems, that allow for remote consultations with healthcare professionals. Additionally, container houses can be easily transported to different locations, making it possible to bring medical facilities closer to the residents in need.

Q:Can container houses be designed with a sustainable heating system?: Certainly, sustainable heating systems can be incorporated into the design of container houses. Container houses are renowned for their adaptability and eco-conscious nature, making them prime candidates for sustainable heating solutions. Solar panels are a popular choice for sustainable heating in container houses. By installing solar panels on the roof of the container house, sunlight can be harnessed to power a heating system. This may include solar water heaters, which utilize the sun's energy to heat water and distribute it throughout the house, or solar air heaters, which capture and store solar energy to warm the air inside the container. Geothermal heating is another viable option for sustainable heating in container houses. This system takes advantage of the earth's constant temperature to provide heating and cooling. A geothermal heat pump can be installed to extract heat from the ground during winter and transfer it into the container. Conversely, during summer, the system can be reversed to cool the interior. Passive heating techniques can also greatly benefit container houses. This involves strategic design to maximize solar gain and natural heat retention. Orienting the house towards the sun, incorporating large windows to allow sunlight in, and utilizing thermal mass materials like concrete or stone to absorb and store heat during the day and release it at night are all effective strategies. Furthermore, container houses can utilize sustainable heating systems such as biomass boilers or pellet stoves. These systems use renewable organic materials like wood pellets or agricultural waste as fuel sources, which have a lower carbon footprint compared to fossil fuels. In conclusion, container houses can undoubtedly incorporate sustainable heating systems. Solar panels, geothermal heating, passive heating techniques, and biomass boilers are just a few examples of the numerous sustainable heating solutions that can be integrated into container house design. By combining these systems effectively, container houses can achieve a comfortable and environmentally friendly living environment while minimizing their impact on the planet.

Q:Can container houses be designed with a home library or study area?: Yes, container houses can definitely be designed with a home library or study area. Container houses are known for their versatility and adaptability, allowing for various customization options to meet different needs and preferences. With proper planning and design, a container house can easily accommodate a home library or study area. One approach to incorporating a library or study area in a container house is by utilizing the vertical space. Containers can be stacked or connected horizontally and vertically to create multiple levels, providing ample space for a dedicated library or study area. Shelves, bookcases, and study desks can be installed along the walls or built into the container structure, maximizing the available space. Another option is to create a separate room or partition within the container house specifically for the library or study area. This can be achieved by using dividing walls or screens to create a distinct space within the container. This approach allows for more privacy and a dedicated environment for concentration and learning. Additionally, container houses can be designed with large windows or skylights to maximize natural light, creating a bright and inviting atmosphere for reading and studying. Adequate lighting fixtures and electrical outlets can also be installed to ensure proper illumination and functionality in the library or study area. Ultimately, the design possibilities for incorporating a home library or study area in a container house are limitless. With careful planning and creative solutions, container houses can be customized to meet individual needs and preferences, including the addition of a functional and cozy space for reading, learning, and studying.

Q:What are the common challenges faced during the construction of container houses?: During the construction of container houses, one can encounter several common challenges. Firstly, ensuring proper insulation and ventilation is a significant hurdle. Containers, designed primarily for cargo transportation, may lack adequate insulation or ventilation systems. This can result in temperature control and air quality issues within the container house, necessitating additional measures to address these concerns. Secondly, structural modifications may be required to create openings for doors, windows, and other amenities. Containers are structurally sound for shipping purposes, but cutting openings weakens their structure. To maintain the container's integrity while establishing functional living spaces, proper reinforcement and structural engineering expertise are crucial. Thirdly, installing plumbing and electrical systems can pose challenges in container houses. Containers are not originally designed to accommodate these utilities, so careful planning and expertise are necessary for their safe and efficient installation. Additionally, limited space within the containers can make routing and concealing plumbing and electrical lines more challenging. Complying with building codes and regulations is another challenge. Container houses may be subject to the same regulations as traditional houses, making the process of obtaining permits and approvals complex. Close collaboration with local authorities and adherence to building codes are essential to avoid legal issues. Lastly, transportation and logistics present significant challenges during the construction of container houses. Containers are large and heavy, requiring specialized equipment and meticulous planning for their transportation to the construction site. Coordinating the delivery of multiple containers and ensuring their proper alignment and security on-site can be a logistical challenge. Despite these challenges, container houses offer unique advantages such as cost-effectiveness, sustainability, and design flexibility. With careful planning, expertise, and attention to detail, these challenges can be overcome, resulting in well-built and functional container houses.

Q:What is the lifespan of a container house?: The lifespan of a container house can vary depending on various factors such as the quality of the container, the maintenance practices, and the environmental conditions it is exposed to. Generally, a well-built and properly maintained container house can last anywhere from 25 to 50 years or even more. Container houses are typically made from shipping containers, which are made of corten steel, a durable and corrosion-resistant material. This makes them inherently strong and capable of withstanding harsh weather conditions, such as strong winds and heavy snow loads. However, the lifespan of a container house can be affected by factors such as rust, corrosion, and wear and tear. Regular maintenance, including cleaning, painting, and checking for signs of damage, can greatly extend the lifespan of a container house. Additionally, the location and environmental conditions where the container house is placed can also influence its lifespan. Extreme heat, humidity, and exposure to saltwater or other corrosive elements can accelerate the deterioration of the container, potentially shortening its lifespan. It is important to note that with proper care and maintenance, container houses can last for several decades. In some cases, containers can even be refurbished and reinforced to extend their lifespan further. Ultimately, the lifespan of a container house is determined by the quality of the container itself, the maintenance efforts, and the environmental conditions it is exposed to.

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