Container house

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Our advantages:

                                                                                                                                                                                                       

1. Qualification: CE(DIN18800), ISO9001, BV

2. Durable, beautiful, economic and environmental

3. High Construction Efficiency (2 worker in one day for one unit)

4. Long life time (Max. 20 years)

5. Easy to transport and assemble (Can load 7 units into one 40'HQ)

Brand Name: PTH

Our advantages:

1) Integrated base and roof, PU injected, excellent strength and tightness

2) 0.426mm color steel sheet for sandwich wall panel, strong and beautiful

3) All electric wires, water pipes, windows, doors and floor pre-setted, easy for assembling

4) Long time oversea project experience

5) 4S sales and service network, buy a house just like to buy a car

standardroof load0.5KN/sqm (can reinforce the structure as required)
Wind speeddesigning wind speed: 210km/h (Chinese standard)
seismic resistancemagnitudes 8
temperaturesuitable temperature.-50°C~+50°C


Usage: The small container house has the following features: light weight, convenient and fast assembling and shipment, many-times disassembling, high rate of reuse. It can be applied to office, command posts, dormitories, meeting rooms, warehouses, shops, additional storey on building roof and temporary houses in the field of building, railways, highways, water conservancy projects, electric power, oil, business, tourism, and military use. And the houses are air-tight, heat-insulating, warm-keeping, waterproof and anti-corrosive.

1.       Easy to assemble and disassemble: The houses can be assembled and disassembled for dozens of times and can be reused for many times. And the assembling only needs simple tools and doesn’t need power source. The connections of the pieces of the house all adopt plugs or screw connections.

2.      Strong Structure: It adopts steel frame structure, therefore it is stable and in line with the designing code of building structure.

3.      Heat-insulation: The roof and wall are made of color steel sandwich panel (EPS, XPS, PU or Rock Wool) which have good heat-insulating and fire-proof performance.

4.      Durable: The steel frame parts are all processed with anti-corrosion coating and it can be used as long as 20 years.

5.      Environment protection: The design of the house is reasonable and it is easy to assemble and disassemble.

6.       Diversified Specifications: Our design can be customized. The doors, windows and front and back walls can be exchanged each other. And the partition walls according to the customers’ requirements.


Q:
Yes, container houses can be built with a rooftop terrace or outdoor seating area. This is possible by modifying the container structure and adding additional support systems to accommodate these features.
Q:
Yes, container houses can be sustainable. They are built using recycled shipping containers, which reduces the use of new materials and minimizes waste. Additionally, the compact size of container houses promotes energy efficiency and reduces carbon footprint. They can also be designed with eco-friendly features such as solar panels, rainwater harvesting systems, and green roofs, further enhancing their sustainability.
Q:
Yes, container houses can definitely be designed with a modular layout. In fact, modular construction is one of the key advantages of container houses. The modular design allows for easy customization and flexibility in terms of layout and floor plan. Each shipping container can be considered as a module that can be stacked or rearranged according to the desired design. This means that container houses can be expanded or reduced in size by simply adding or removing containers. Additionally, the modular layout of container houses allows for easy transportation and installation on-site. Overall, the modular design offers endless possibilities in terms of creating unique and functional living spaces with container houses.
Q:
Container houses can be a suitable option for areas with limited access to emergency services, but several factors need to be considered. Firstly, container houses are generally designed to be durable and sturdy. Made from steel, they can withstand extreme weather conditions and are resistant to fire, pests, and mold. This robust construction can provide a level of safety and security in areas where emergency services may take longer to arrive. Additionally, container houses can be customized and equipped with safety features to enhance their suitability for areas with limited emergency services. For example, installing fire alarms, smoke detectors, and fire extinguishers can help mitigate the risk of fire. Similarly, incorporating security systems and secure doors can deter potential intruders and provide peace of mind. However, it is crucial to note that container houses should not be seen as a complete substitute for emergency services. While they can offer some level of protection, they cannot replace the immediate assistance provided by trained professionals during emergencies. Therefore, individuals residing in areas with limited access to emergency services should have alternative plans in place. This might include having a well-stocked first aid kit, learning basic first aid and emergency response skills, and establishing communication channels with neighbors or nearby communities. Ultimately, container houses can provide a viable housing solution in areas with limited access to emergency services, but it is essential to recognize their limitations and take proactive measures to ensure personal safety and well-being.
Q:
Certainly! Container houses have the potential for modifications to enhance accessibility. They possess remarkable versatility and can be tailored to address specific needs, including those pertaining to accessibility. Numerous adjustments can be implemented to make container houses more accessible for individuals with disabilities or limited mobility. Several common accessibility modifications for container houses encompass: 1. Incorporation of ramps and elevators: The installation of ramps or elevators facilitates effortless entry for wheelchair users or individuals who require mobility aids, negating any hindrances posed by stairs or uneven surfaces. 2. Widening of doorways: Enlarging doorways permits convenient wheelchair access and maneuverability within the container house. 3. Provision of grab bars and handrails: The inclusion of grab bars and handrails in bathrooms, hallways, and other areas offers supplementary support and stability for individuals with mobility concerns. 4. Designing wheelchair-accessible bathrooms: Constructing bathrooms designed specifically to accommodate individuals with disabilities, equipped with features such as roll-in showers and grab bars, ensures comfortable utilization of these facilities. 5. Installation of adjustable countertops and cabinets: Mounting adjustable countertops and cabinets enables wheelchair users to easily access and utilize these spaces without difficulty. 6. Incorporation of accessible lighting and switches: Integrating accessible lighting options, such as motion-sensor lights or voice-activated switches, simplifies lighting control within the container house for individuals with mobility challenges. It is crucial to consider individual requirements and seek guidance from professionals well-versed in accessibility modifications to ensure appropriate customization of the container house to meet specific accessibility needs.
Q:
Yes, container houses can be designed with a rooftop garden. The structure and versatility of container houses allow for the installation of a rooftop garden, which can provide additional green space, promote sustainability, and enhance the overall aesthetic of the house.
Q:
Certainly, container houses can be designed to incorporate large windows in order to maximize natural light. The versatility and adaptability of shipping containers as building materials allow for various architectural designs to be implemented. By carefully considering the structural aspects and engaging in proper planning, container houses can effectively integrate large windows to ensure ample natural light permeates the living space. The size and placement of windows in a container house greatly depend on the specific design objectives and the intended purpose of the area. Architects and designers possess the capability to strategically position windows, taking into account factors such as insulation, ventilation, and privacy, while maximizing the amount of natural light that enters. To guarantee the structural soundness of the container, it may be necessary to reinforce the surrounding walls where the windows are to be installed. This can be accomplished by incorporating additional steel supports or framing around the openings for the windows. Additionally, it is essential to implement insulation and weatherproofing measures to optimize energy efficiency and comfort within the container house. Container houses that integrate large windows can create a luminous and breezy living environment, fully capitalizing on the benefits of natural light and providing a sense of spaciousness. Furthermore, these windows can offer picturesque views of the surrounding landscape, elevating the overall aesthetic appeal of the container house. In conclusion, container houses can undeniably be designed with large windows to enhance the inflow of natural light, resulting in a well-illuminated and visually pleasing living space. Through meticulous planning and appropriate modifications, container homes can be transformed into welcoming and cozy areas that embrace the advantages of natural lighting.
Q:
Container houses have the advantage of being easily modified or renovated. The modular design of these houses provides excellent flexibility for modifications and renovations. The steel structure of shipping containers simplifies the process of removing walls, adding windows or doors, and even stacking containers to create multi-level structures. Moreover, the interior of container houses can be customized to personal preferences, making it convenient to install plumbing, electrical systems, insulation, and various finishes. The adaptability of container houses makes them a perfect choice for individuals in search of a sustainable and cost-effective housing solution that can be effortlessly modified or renovated to meet their evolving needs and preferences.
Q:
Yes, container houses can be designed with underground storage or basements. The flexibility and versatility of shipping containers allow for various modifications, including the addition of underground spaces. By excavating the ground beneath the container house, it is possible to create a basement or underground storage area. However, there are certain factors that need to be considered when designing container houses with underground storage or basements. Firstly, the stability of the ground should be assessed to ensure that it can support the weight of the container and the additional load of the underground space. If the ground is not suitable, additional support structures may need to be implemented. Furthermore, proper waterproofing and insulation measures should be taken to prevent any water leakage or moisture-related issues in the underground area. This is essential to maintain the structural integrity and ensure a comfortable living environment. Additionally, it is important to comply with local building codes and regulations, as they may have specific requirements for the construction of underground spaces. Obtaining the necessary permits and hiring professionals experienced in designing and constructing underground structures is advisable to ensure compliance with these regulations. In conclusion, while container houses can be designed with underground storage or basements, careful planning, evaluation of the ground stability, proper waterproofing and insulation, and adherence to local building codes are crucial for a successful and safe implementation of such designs.
Q:
Container houses have the potential to be designed with passive cooling systems, which are architectural techniques that utilize natural elements and principles to cool a building without the use of mechanical systems. When constructing container houses, which are repurposed shipping containers, it is possible to design them in a way that maximizes passive cooling. There are several passive cooling systems that can be integrated into container house designs: 1. Cross Ventilation: By strategically placing windows and openings on opposite sides of the container, it is possible to create natural air circulation. This allows cool air to enter from one side and hot air to exit from the other, resulting in a cooling breeze throughout the house. 2. Shading: External shading devices, such as overhangs or awnings, can be utilized to block direct sunlight from entering the container and heating up the interior. This significantly reduces the need for air conditioning. 3. Insulation: Proper insulation is essential for preventing heat gain in container houses. By using high-quality insulation materials and techniques, it is possible to minimize thermal transfer from the outside to the inside, thereby keeping the interior cooler. 4. Green Roofs: Installing a green roof on top of a container house can enhance passive cooling. Green roofs provide insulation and absorb heat, thus reducing the amount of heat transferred to the interior of the house. 5. Reflective Surfaces: The use of light-colored or reflective materials on the exterior of the container helps to reflect sunlight and minimize heat absorption. This contributes to maintaining a cooler interior. These examples showcase how container houses can incorporate passive cooling systems. By implementing these techniques, container houses can be designed to be energy-efficient and comfortable, even in hot climates, while reducing the reliance on mechanical cooling systems.

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