• Simple And Cheaper 20ft Container House Block System 1
  • Simple And Cheaper 20ft Container House Block System 2
  • Simple And Cheaper 20ft Container House Block System 3
  • Simple And Cheaper 20ft Container House Block System 4
Simple And Cheaper 20ft Container House Block

Simple And Cheaper 20ft Container House Block

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
5 set
Supply Capability:
1000 set/month

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Simple And Cheaper 20ft Container House Block

 

 

Dimension:

10’: 3027x2435x2591/2791mm

20’: 6055x2435x2591/2791mm

30’: 9000x2435x2591/2791mm

40’: 12192x2435x2591/2791mm

 

 

Technical Details

 

Roof: 0.5mm color-bond steel sheet roof

Floor: 18mm plywood board& fiber-cement board+1.5~3.5mm vinyl sheet &15mm bamboo flooring

Window: UPVC double glass tilt& swing window with Alu. Roller shutter

External door: Steel security door

Internal door: UPVC internal door& Aluminum frame sandwich panel door

External wall panel: 50/60/75/100/150mm sandwich wall panel

Internal wall: 50/60/75mm sandwich wall panel

Ceiling: 50mm EPS& rock-wool sandwich ceiling panel

Sanitary: White ceramic

Kitchen: MDF cabinet surface with lacquered paint and bench top with quartz stone

Electrical fittings: Wiring, power point, switch, light, circuit-breaker etc

Gutter: PVC gutter with down pipe.

 


Packing and shipments

 

One 40HQ loads 7 sets of standard 20ft container houses

 

 

Features

1) Environmental Benefits

Energy saving

Avoid thermal bridge in walls, floor and roof
Water saving - more than 90% saving
Low waste - no pollution

Use almost entirely recyclable materials
Low dust pollution - in city construction

 

2) Benefits in Construction

Efficient use of architectural area - 8-10% improved space usage

Anti-earth quake - soft and light structure reduce the influence of earthquake

Anti-wind - strong structure

Light self-weight - lighter than 1/4 - 1/6 of traditional reinforced concrete structure

Builds up to 2-3 floors

Extended choice of external decorative finishes

 

3)Financial Benefits

Lower price - lower capital investment

2-3 times faster than traditional reinforced concrete structure
No limit to land surface and efficient use of land
Highly durable -long life

 

 

FAQ

Q1: Why buy Materials & Equipment from OKorder.com?

A1: All products offered by OKorder.com are carefully selected from China's most reliable manufacturing enterprises. Through its ISO certifications, OKorder.com adheres to the highest standards and a commitment to supply chain safety and customer satisfaction.

Q2: How do we guarantee the quality of our products?

A2: We have established an advanced quality management system which conducts strict quality tests at every step, from raw materials to the final product. At the same time, we provide extensive follow-up service assurances as required.

Q3: What is the service life of a Prefabricated House?

A3: The life of a prefabricated house is at least double that of a corresponding concrete building.

Q4: Why choose a Prefabricated House?

A4: Prefabricated Homes are built to high aesthetic and architectural standards. Additionally, Prefabricated Houses are more resistant (better earthquake protection) and are not affected by extreme weather events, use eco-friendly materials, and offer excellent insulation and energy efficiency.

Q5: Are Prefabricated Houses safe?

A5: Our houses are completely safe. Advances in the field of prefabricated buildings have reached a point that today Prefabricated Homes are considered safer than traditional homes built with brick. In areas with high seismic activity and in countries prone to extreme weather events residents prefer prefabricated homes for safety reasons.

 


Simple And Cheaper 20ft Container House BlockSimple And Cheaper 20ft Container House BlockSimple And Cheaper 20ft Container House Block

Q:Can container houses be easily transported overseas?
Yes, container houses can be easily transported overseas. One of the main advantages of container houses is their mobility and ease of transportation. Shipping containers used for building container houses are designed to be transported by ships, trucks, and trains, making them suitable for international shipping. They can be loaded onto cargo ships and transported across oceans to reach different countries. Container houses are made from steel, which makes them durable and capable of withstanding the rigors of transportation. They are built to withstand heavy loads and extreme weather conditions encountered during shipping. Their standardized dimensions also make them easy to stack and secure on cargo ships, ensuring their safe transportation. Moreover, container houses can be disassembled and reassembled relatively easily, which further facilitates their overseas transportation. They can be loaded onto trucks or trailers and transported to ports for shipping. Once they reach the desired destination, they can be easily reassembled into habitable structures. However, it is important to consider certain factors when transporting container houses overseas. These include obtaining the necessary permits and approvals, complying with local regulations, and ensuring proper transportation logistics and infrastructure at the destination port. Additionally, the cost of transportation, including shipping fees and customs duties, should also be taken into account when considering the feasibility of transporting container houses overseas. Overall, container houses are designed to be easily transported overseas, and with proper planning and logistics, they can be successfully delivered and reassembled in different countries.
Q:What are the different sizes of container houses available?
To accommodate different needs and preferences, container houses are available in various sizes. The standard lengths used in shipping are 20-foot and 40-foot containers. A 20-foot container house typically provides approximately 160 square feet of living space, while a 40-foot container house offers around 320 square feet. However, these sizes can be altered and combined to create larger spaces. For example, some container houses are constructed by joining two 20-foot containers together, effectively doubling the living area to 320 square feet. Additionally, multiple containers can be stacked or connected to create multi-level or more spacious homes. Furthermore, container houses can be personalized by adding features such as decks, balconies, and extensions, which further expand the available living space. These modifications allow for flexibility in design and allow individuals to customize their container houses according to their specific requirements. It's important to note that although the aforementioned sizes are commonly used, container houses can also be built using smaller or larger containers depending on the desired outcome. The size of a container house ultimately depends on factors such as budget, purpose, and the number of occupants.
Q:Can container houses be designed with large windows and natural light?
Container houses have the potential to incorporate large windows and abundant natural light. Although shipping containers are typically constructed from steel and have limited openings, they can be altered to include sizable windows, allowing ample natural light to flood the interior. This modification process entails cutting openings in the container walls and reinforcing them with additional steel beams or framing to ensure structural stability. The windows themselves can be installed using a range of materials, such as glass, polycarbonate, or acrylic panels, depending on the desired aesthetics and budget. Moreover, skylights and light wells can also be integrated to maximize the influx of natural light within the container house. By employing proper design and engineering techniques, container houses can be transformed into luminous and well-illuminated living spaces, thereby creating a comforting and welcoming atmosphere.
Q:How do container houses handle insulation?
Container houses handle insulation in several ways. First, the steel walls of shipping containers are naturally insulated to some extent due to their thickness. However, additional insulation is often added to further improve energy efficiency and comfort. One common approach is to use spray foam insulation, which is sprayed directly onto the interior walls of the container. This creates a seamless layer of insulation that fills any gaps or cracks, ensuring a tight seal and preventing heat transfer. Spray foam insulation is highly effective in reducing energy consumption and maintaining a comfortable indoor temperature. Another method is to incorporate insulation panels or batts between the steel walls and the interior finish. These panels are made from materials such as fiberglass, mineral wool, or rigid foam, which provide excellent thermal resistance. Insulation panels can be easily installed and offer flexibility in terms of thickness and R-value, allowing for customization based on climate conditions. In addition to wall insulation, container houses also focus on insulating the roof and floor. Roof insulation can be achieved through the installation of insulation panels or by adding a layer of spray foam to the ceiling. For the floor, insulation can be placed underneath the subfloor or between the container floor and the interior finish. To further enhance insulation, container houses often incorporate double-glazed windows and insulated doors. These features help minimize heat transfer and drafts, creating a more energy-efficient and comfortable living environment. Overall, container houses prioritize insulation to ensure energy efficiency, reduce heating and cooling costs, and provide a comfortable indoor climate. By combining natural insulation properties of the steel walls with additional insulation methods, container houses can effectively handle insulation challenges and create an insulated and cozy living space.
Q:Are container houses suitable for cold climates?
Yes, container houses can be suitable for cold climates with proper insulation and design considerations. While shipping containers are made of steel and can transfer heat quickly, they can be insulated and modified to withstand cold temperatures. Adding high-quality insulation materials, such as spray foam or rigid foam, to the walls, floors, and ceilings can help retain heat inside the container. Additionally, insulating the roof and using double-glazed windows will further improve thermal performance and prevent heat loss. Proper ventilation is also essential in cold climates to prevent condensation and maintain a healthy indoor environment. Installing a ventilation system with heat recovery can help retain the warmth while exchanging stale indoor air with fresh outdoor air. In terms of design, orienting the container house to take advantage of natural sunlight and heat gain is important. Large windows on the southern side of the house can help capture the sun's warmth during the day, reducing the need for additional heating. Additionally, incorporating passive solar design principles, such as thermal mass, can help store and release heat throughout the day. It's worth noting that container houses in cold climates may require additional heating sources, such as electric heaters, wood-burning stoves, or even radiant floor heating, to ensure adequate warmth during extreme cold weather. However, with proper insulation, design considerations, and additional heating options, container houses can be made suitable for cold climates.
Q:Can container houses be expanded in the future?
Indeed, container houses have the potential for future expansion. The utilization of shipping containers as construction materials offers a key benefit: their modular essence, which permits effortless expansion. More living space can be generated by incorporating supplementary containers into the present framework, whether it be in a vertical or horizontal manner. To maintain stability and structural soundness, these containers can be interconnected using various techniques like welding or bolting. Moreover, the interior arrangement can be restructured to accommodate the expansion requirements, with walls being added or removed as necessary. This adaptability renders container houses an exceptional choice for individuals seeking to enhance their living area in the future.
Q:Can container houses be designed with a communal laundry or utility room?
Communal laundry or utility rooms can indeed be incorporated into the design of container houses. The versatility of container houses allows for various layouts and configurations to cater to the needs and preferences of the residents. Including a communal laundry or utility room in the design is a practical and effective way to provide a shared space for residents to carry out their laundry tasks or store their utilities. Container houses can be customized and adjusted to accommodate communal areas like laundry rooms or utility rooms. These shared spaces can be centrally situated within the container house or strategically placed in a designated area accessible to all residents. Moreover, container houses can be designed with specific features that ensure the functionality and convenience of the communal laundry or utility room. This may involve incorporating proper plumbing, electrical outlets, and storage solutions for laundry supplies or utility equipment. Additionally, adequate ventilation and insulation can be implemented to create a comfortable and efficient environment for residents utilizing these shared spaces. In conclusion, container houses provide the flexibility to design communal laundry or utility rooms, making them a viable choice for creating efficient and functional living spaces that also promote shared amenities and a sense of community living.
Q:Are container houses noisy?
Container houses can be noisy, but it largely depends on various factors. One of the main factors is the insulation used within the container. If proper insulation is installed, it can significantly reduce noise levels, making the container house quieter. Additionally, the location of the container house can also contribute to noise levels. If it is situated in a noisy or busy area, such as near a highway or airport, it is likely to be noisier compared to a container house in a quieter neighborhood. However, with the right soundproofing techniques, such as double-glazed windows and insulation in the walls, container houses can be made quieter and more comfortable to live in.
Q:How much does a container house cost?
The cost of a container house can vary significantly depending on various factors such as the size, design, location, and customization options. However, on average, a basic container house can range anywhere from $20,000 to $50,000.
Q:Can container houses be designed to have a balcony?
Container houses have the potential to include balconies in their designs. Many architects and designers have successfully integrated balconies into container house designs. There are various methods to add balconies to container houses, depending on the desired design and structural considerations. One common approach involves extending a section of the container to create a platform for a balcony. This can be achieved by cutting off a portion of the container and reinforcing it with additional steel beams or supports. Another option is to attach a pre-made balcony module to the container structure, creating a separate space that extends beyond the main container. Additionally, balconies can also be incorporated by stacking multiple containers in a way that creates open outdoor areas between them. By carefully planning and engineering, container houses can indeed include balconies, providing residents with the opportunity to enjoy outdoor spaces and make the most of the surrounding views.

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