• New Designed Prefab Sandwich Panel House System 1
  • New Designed Prefab Sandwich Panel House System 2
  • New Designed Prefab Sandwich Panel House System 3
New Designed Prefab Sandwich Panel House

New Designed Prefab Sandwich Panel House

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
6 m²
Supply Capability:
50000 m²/month

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New Designed Prefab Sandwich Panel House


Description:      


1. High  mobility:

Completed lifting or pulling by skidding  system which make the house PORTABLE.

Portable & movable buildings are  the best solution where speed, budget, and limited or temporarily-available  space are issues.

2. Light  and reliable structure:

The strong steel chassis are made of  completed galvanized RHS and skidding.

Better quality of anti-rust and especially  for seaside and high humidity area.

3. Time  and Labor saving and Easy assembly:

No need special trained labor for  installation.

No need lifting machine, light  insulated wall and roof system.

4. Wide  applications:

Outdoor offices, storage, classroom,portable  bathrooms and ablution,  accommodation such as sleepouts  for sale  and hire.

5. Cost-effective  and Easy transportation way:

About 150m2 / 40’HQ loading.


Material List:


Frame1.      Cold formed steel profiles in a thickness of 3 to 4mm (bottom rails)2.      Surface: Galvanized + Painting3.      Connection: By bolts4.      Floor frame: Skidding + Base beam (RHS) + C-profile Purlin5.      Roof frame: Steel truss / beam + purlinFloor1.      Floor: multiply plywood in a thickness of 15mm; water proof,    environment friendly.2.      Permitted loading: 2.50 KN/m²3.      Vinyl / PVC floor covering : 1.2mm (option item)Wall1.         Exterior cladding: profiled galvanized sheet    metal, film overlaid, 0.5 mm.2.         Interior cladding: profiled galvanized sheet    metal, film overlaid, 0.5 mm.3.         Insulation: 75mm EPS (density 13 kg/m 3 )4.         Load bearing capacity: 0.6 KN/m²5.         Coefficient of thermal conductivity = 0.039W/m²K6.         R value (Thermal Resistance) = 2.5m2K/WRoof1.         External covering:EPS sandwich panel 75mm with double sides 0.5mm galvanized color    steel sheet;2.         Permitted loading: 1.00 KN/m²3.         Roof style: one slope (flat roof) or gable    slope ( 2 slope) ;4.         Ceiling (option for 2slope roof): 10mm PVC    ceiling or plaster ceiling.WindowPVC sliding window with double glassDoorSteel security door


Competitive Advantage:


1. Quick smart installation design.

2. Quick and easy to  move from one site to another site.

3. Low cost: save cost  in installation and shipping.

4. Cheaper than folding  container house or sea shipping house

5. Long life span:  Galvanized and strong steel frame.

6. Extensive and  flexible application.


FAQ:


1.How about the installation? For example, the time and cost?

To install 200sqm house needs only 45 days by 6 professional workers. The salary of enginner is USD150/day, and for workers, it's 100/day.

2.How long is the life span of the house?

Around 50 years 

3. And what about the loading quantity?

One 40'container can load 140sqm of house.


Images:


New Designed Prefab Sandwich Panel House

New Designed Prefab Sandwich Panel House


Q: Can container houses be designed for retail or pop-up shops?
Yes, container houses can definitely be designed and repurposed for retail or pop-up shops. Their modular nature allows for easy customization and conversion, making them an ideal choice for temporary or mobile businesses. Container houses can be transformed into trendy and cost-effective retail spaces, offering unique and eye-catching aesthetics while maintaining functionality and practicality. With some modifications, such as adding windows, doors, insulation, and interior fixtures, container houses can be transformed into attractive and versatile spaces for retail or pop-up shops.
Q: Can container houses withstand extreme weather conditions?
Indeed, container houses are specifically designed to endure even the harshest weather conditions. Typically crafted from steel shipping containers known for their exceptional durability and ability to withstand harsh environments, these houses are constructed to withstand heavy loads, including being stacked during transportation, and are engineered to resist the impacts of rough seas and powerful winds. To enhance their resilience against extreme weather, container houses can undergo modifications. For example, insulation can be added to regulate temperature and prevent heat loss during cold winters or excessive heat during hot summers. Furthermore, reinforced windows and doors can be installed to provide additional protection against strong winds and storms. Additionally, container houses can be designed to resist flooding by either elevating them on stilts or utilizing a raised foundation. This strategic approach minimizes the risk of water damage during heavy rainfall or flooding events. While it is true that no structure can be completely impervious to extreme weather, container houses are specifically engineered to be robust and durable, making them highly suitable for enduring a wide range of weather conditions.
Q: Are container houses resistant to snow or heavy snowfall?
Container houses can be made to be resistant to snow or heavy snowfall, but it largely depends on the design and construction of the house. When properly designed and constructed, container houses can withstand heavy snow loads. One of the advantages of container houses is their structural strength. Shipping containers are built to withstand harsh conditions, including heavy loads and extreme weather. However, it is important to ensure that the container is reinforced and insulated properly to handle snow loads. The roof design plays a crucial role in determining the snow resistance of a container house. A pitched roof with a steep angle is recommended, as it allows snow to slide off easily, reducing the risk of accumulation and potential damage to the house. Additionally, reinforcing the roof with additional support beams or trusses can further enhance its snow load capacity. Insulation is another important factor to consider. Proper insulation helps to maintain a consistent indoor temperature, preventing snow from melting on the roof and causing ice damming. Insulating the walls and floor of the container house also helps to retain heat, reducing the risk of snow infiltration and potential damage. It is worth noting that local building codes and regulations should be followed to ensure the container house meets the required snow load requirements. Consulting with a professional architect or engineer experienced in container house construction can help ensure that the design and construction of the house are suitable for heavy snowfall conditions. In conclusion, container houses can be made resistant to snow or heavy snowfall conditions with proper design, construction, and insulation. By reinforcing the structure, designing a suitable roof, and insulating the house, container homes can effectively withstand heavy snow loads, providing a safe and comfortable living space even in areas with significant snowfall.
Q: Villa playing floor with which method is good?
and build the attic and related to some of the deeper knowledge
Q: What are container houses?
Container houses, also known as shipping container homes, are residential structures made from repurposed shipping containers. These containers, typically made of steel, are designed to transport goods across long distances on ships, trucks, and trains. However, due to their sturdy construction and availability, they have become popular as an alternative housing option. Container houses offer several advantages over traditional homes. Firstly, they are relatively affordable, making them an attractive option for individuals or families on a tight budget. The cost of purchasing a container and converting it into a livable space is generally lower than building a traditional house. Additionally, the modular nature of these containers allows for easy expansion or relocation if needed. Furthermore, container houses are considered environmentally friendly as they promote recycling. By reusing shipping containers that would otherwise end up in junkyards or landfills, container houses contribute to reducing waste and minimizing the environmental impact of construction. Despite their compact size, container houses can be designed to provide all the necessary amenities for comfortable living. With proper insulation, ventilation, and other modifications, these structures can include bedrooms, bathrooms, kitchens, and living areas. They can also be customized to suit individual preferences and needs, making them versatile and adaptable to various architectural styles. Container houses have gained popularity not only as permanent residences but also as temporary or emergency housing solutions. Their portability and ease of assembly make them suitable for disaster relief efforts or remote locations where traditional construction is impractical. In summary, container houses are innovative and cost-effective housing alternatives that utilize repurposed shipping containers. They offer affordability, sustainability, and flexibility in design, making them an appealing choice for individuals seeking unique and practical housing solutions.
Q: Are container houses considered a sustainable housing option?
Yes, container houses are considered a sustainable housing option. The use of shipping containers for building homes offers several sustainable benefits. Firstly, repurposing shipping containers reduces waste by giving a second life to these steel structures that would otherwise end up in landfills. This helps to minimize the environmental impact of construction materials. Secondly, container houses are energy-efficient. The steel structure of the containers provides excellent insulation, reducing the need for excessive heating or cooling. Additionally, container homes can be designed to maximize natural light and ventilation, further reducing the reliance on artificial lighting and air conditioning. Furthermore, container houses can be built with sustainable materials and technologies. For example, eco-friendly insulation materials, solar panels, and rainwater harvesting systems can be incorporated into the design to reduce the ecological footprint of these homes. In terms of mobility, container houses are also considered sustainable. Due to their modular nature, container homes can be easily transported and relocated, reducing the need for new construction and minimizing the disruption of ecosystems. However, it is important to note that sustainability also depends on how the container house is designed, constructed, and maintained. Using eco-friendly construction practices, incorporating renewable energy sources, and employing water-saving technologies are all factors that can further enhance the sustainability of container houses. Overall, container houses offer an innovative and sustainable housing option that promotes resource conservation, energy efficiency, and reduced waste generation.
Q: How to reduce warehouse costs?
Warehouse for the reduction of business costs, has a very important role
Q: Are container houses prone to mold or pests?
The susceptibility of container houses to mold and pests varies depending on how they are constructed and maintained. Due to their metal composition, containers create an ideal environment for condensation, which can lead to moisture buildup and potential mold growth. However, by implementing adequate insulation, ventilation, and moisture control measures, the risk of mold can be greatly reduced. It is essential to ensure that the container is properly sealed and insulated, leaving no room for moisture to seep in. Regular inspections and maintenance are also crucial for promptly identifying and addressing any potential issues. When it comes to pests, container houses are not inherently more vulnerable than traditional houses. Taking proper sealing measures, implementing regular pest control procedures, and maintaining cleanliness in the surroundings can help minimize the risk of pests. Overall, with appropriate construction techniques and ongoing maintenance, container houses can be as resistant to mold and pests as any other type of dwelling.
Q: Can container houses be customized?
Indeed, individual preferences and needs can be accommodated through the customization of container houses. The modular structure of shipping containers enables straightforward modifications and adjustments, resulting in one-of-a-kind living spaces. Customization possibilities extend beyond altering layouts, including the ability to add or remove doors and windows, install insulation, and integrate diverse design elements. Moreover, container houses can be tailored to incorporate sustainable features like solar panels, rainwater harvesting systems, and green roofs. The boundless potential for customization offered by container homes has contributed to their popularity among individuals searching for a personalized and environmentally conscious living solution.
Q: Can container houses be designed to have a small balcony or terrace?
Yes, container houses can definitely be designed to have a small balcony or terrace. While the primary structure of a container house is typically made from shipping containers, the design possibilities are virtually limitless. With the right planning and modifications, container houses can incorporate balconies or terraces to extend the living space and provide outdoor areas. To create a small balcony or terrace in a container house, several design approaches can be taken. One option is to remove a section of the container wall and replace it with large sliding or folding glass doors that open onto a balcony. This allows for seamless indoor-outdoor living and increases the sense of space. Another approach is to utilize the roof of the container house as a terrace. By reinforcing the roof structure and adding safety features such as railings, a usable outdoor space can be created. This rooftop terrace can be accessed through an external staircase or even an internal staircase within the container house. It is important to consider the structural integrity and weight distribution when designing a balcony or terrace for a container house. Proper support systems, such as additional steel beams or columns, may need to be incorporated to ensure the safety and stability of the structure. Additionally, the choice of materials for the balcony or terrace should be carefully considered to withstand outdoor elements. Durable and weather-resistant materials like composite decking or concrete can be used to create a functional and visually appealing outdoor space. In conclusion, container houses can certainly be designed to include a small balcony or terrace. With thoughtful planning, structural modifications, and the right choice of materials, container houses can provide a comfortable and enjoyable outdoor living experience.

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