container house for building

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Specifications

Container House
cost-efficient, expandable in each direction, transportable

Container House

1. GENERAL

The standard container for various purposes is suitable for international container transport. It is of appropriate external dimensions and has connections for lifting and fixing or compounding. The container is designed as a light construction consisting of floor and roof frames and corner profiles. The construction enables compounding of individual containers in longitudinal and transverse directions without limits. It also enables compounding of containers in 2 floors in height (ground floor + first floor), or in 3 floors in height for warehousing of these containers (ground floor + 2 floor).

The wainscots of the container are made of light insulation panels and offer pleasant climate in the interior due to their building and physical properties.

Delivery: Containers can be delivered assembled or individually in kits 648 mm high.4 kits can be bundled in packages 2591 mm high (ISO dimensions)

2. DIMENSIONS and TARE (ISO Standard 1161)

-External length 20/(inner length) 20: 6.055m/(5.851m)

-External width/(inner width): 2.435m/(2.231m)

-External height/inner height: 2.790m/(2.510m)

-Tare: 1950 Kgs

3. STEEL FRAMEWORK

3.1 Material: cold formed steel profiles in a thickness of 3 to 4mm (bottom rails).

3.2 Surface working: electric galvanization min 15 μm, zinc compatible epoxy ground coat in a thickness of 30μm , final zinc compatible vinyl acrylic coat in a thickness of 60-70μm.

3.3 Fittings: 8 comer fittings (dimensions according to ISO standard 1161), rainwater pipe in the roof framework, plate thickness of 10mm excluding top corner fittings of the top kit of each bundle (20mm thickness)

3.4 Forklift openings: openings for fork-lift pockets in the floor framework, dim 88×250mm in a distance of 1200mm

4 .FLOOR

4.1 Composition:

-external wainscot: flat galvanized steel sheet metal in a thickness of 0.5mm.

-insulation filling: non combustible mineral wool in a thickness of 100 mm among steel transverse supports. Mineral wool density: 60 Kg/m³

-steam blockade: PE foil in a thickness of 80μm

- plywood panel in a thickness of 18mm

-glued PVC flooring covering in a thickness of 1.5mm.

4.2 Permitted loading : 2.50 KN/m²

4.3 Coefficient of thermal conductivity: l=0.039 W/mK

4.4 R value (Thermal Resistance) = 2.56 m²K/W

4.5 XPS insulation option: it is possible to choose an alternative insulation filling: extruded polystyrene (XPS) in a thickness of 80 mm among steel transverse supports.

XPS density :35 kgs/cubic meter

Coefficient of thermal conductivity: l=0.029 W/mK

R value (Thermal Resistance) = 2.76 m²K/W

5. CEILING:

5.1 Composition:

-external wainscot: flat galvanized and painted steel sheet metal in a thickness of 0.5mm.

-insulation filling: non combustible mineral wool in a thickness of 100mm among plywood purlins. Mineral wool density: 60 Kg/m³

-steam blockade: PE foil in a thickness of 80μm

-inner wainscot: chip wood panel in a thickness of 9 mm with a foil in white color; joining of chip wood panels with PVC profiles

5.2 Meteor water outlet: 4 each of PVC rainwater pipes, diameter 50mm in corner pillars

5.3 Permitted loading: 1.50 KN/m²

5.4 Coefficient of thermal conductivity: l=0.039 W/mK

5.5 R value (Thermal Resistance) = 2.56 m²K/W

6. FACADE WALLS

6.1 Side panels width: 1145mm; total panel thickness: 70mm.

Five panels fit into the long side and two panels fit into the short

side of container and they are fully interchangeable

6.2 Composition:

-External wainscot: galvanized and painted steel sheet metal in a thickness of 0.5mm.

-Insulation filling: non combustible mineral wool in a thickness of 50mm in the wood framework. Mineral wool density: 60 Kg/m³

-Inner wainscot: chip wood panel in a thickness of 9 mm with a foil in wood pattern (bright oak or white).

Joining of panels with PVC profiles. Final elements in the interior are made of chip wood panel in a thickness 8mm with a foil in wood pattern.

6.3 Permitted loading: 1.00 KN/m²

6.4 Coefficient of thermal conductivity: l=0.039 W/mK

6.5 R value (Thermal Resistance) = 1.28 m²K/W

6.6 100 mm insulation option: the framework can be modified so that mineral wool insulation reaches a thickness of 100mm. In this case R value (Thermal Resistance) goes up to: 2.56 m²K/W.

Note that 100 mm thick wall panels are not fully interchangeable like standard 50 mm ones

7. DOORS

Standard external door. Single fold, 40mm thick, made of:

· a frame in prepainted aluminum

· hot galvanized and prepainted steel sheets (inside and outside)

· insulated with PL (polystyrene)

Opening dimensions of 808×2030mm, furnished with a handle lock with 3 keys.

Net opening dimensions: 754 x 1985 mm.

Also 845 x 2000 mm net opening is available.

8. WINDOWS

8.1 Windows

Option 1: made of PVC, white color, with dimensions 800×1100mm, glazed with double layer glass in a thickness of 4/15/4mm, with sliding mechanism (one side fixed and one sliding)

Option 2: made of PVC, white color, with dimensions 800×1100mm, glazed with double layer glass in a thickness of 4/15/4mm, with tilt and swing mechanism

Option 3: made of PVC, white color, with dimensions 800×1200mm, glazed with double layer glass in a thickness of 4/15/4mm, with tilt and swing mechanism

8.2 Rolling shutters

Option 1: external PVC rolling shutters in PVC guides.

Option 2: external Aluminum rolling shutters without insulation in Aluminum guides.

Option 3: external Aluminum rolling shutters with insulation in Aluminum guides.

9. ELECTRICAL INSTALLATIONS

9.1 Standard: according to VDE 100 and CE regulations

9.2 Voltage: 220 V, 60 Hz single phase

9.3 Network connections: CEE-connection plus/socket, 3-pole 32 A, 220V, mounted on the top frame in upper corners of a shorter side wall

9.4 Inner distribution system: BVVB cables of suitable dimensions (6, 2.5, 1.5 mm) ,CE marked , flush-mounted.

All cables (located on the ceiling and inside wall panels) run into CE certified plastic conduits. Roof cables and panel cables are connected with CE compliant jacks. All jack connections are protected inside CE marked and IP44 rated distribution boxes.

9.5 Protection: protective current switch (40/2E-0,03A), automatic fuses (B-characteristics) of suitable power (10A, 16A)

9.6 Earthing: galvanized connector with a steel plate of

dimensions 30x80mm welded on the bottom frame

Q:Are container houses durable?: Yes, container houses can be durable. Shipping containers are designed to withstand harsh weather conditions, heavy loads, and rough handling during transportation. They are made of corten steel, which is highly resistant to corrosion and rust. Their structural integrity makes them strong and durable, allowing them to withstand extreme weather events such as hurricanes, earthquakes, and floods. However, the durability of a container house also depends on how it is converted and maintained. Proper insulation, waterproofing, and reinforcement are essential to ensure long-term durability. These modifications can help improve the structural integrity of the container house and make it more resistant to wear and tear. Additionally, regular maintenance is crucial to ensure the longevity of a container house. Periodic inspections, repairs, and repainting can help prevent rust and corrosion and ensure that the structure remains durable over time. Overall, when properly converted and maintained, container houses can be highly durable and capable of withstanding the test of time.

Q:Are container houses resistant to high winds?: Container houses have the capability to resist high winds. Their inherent strength and structural integrity make them sturdy enough to withstand strong winds. Shipping containers are specifically designed to endure the challenges of sea transportation, such as rough seas and high winds. The steel structure of these containers, reinforced and welded at the corners, offers exceptional resistance against wind forces. Additionally, container houses can be securely anchored to the ground, further enhancing their ability to withstand high winds. Nevertheless, it is crucial to consider that the overall resistance to high winds will be influenced by the construction quality and the specific design elements incorporated in the container house.

Q:Can container houses be designed to have a small carbon footprint?: Yes, container houses can be designed to have a small carbon footprint. By implementing eco-friendly materials, such as recycled insulation and sustainable flooring, and incorporating energy-efficient features like solar panels and rainwater harvesting systems, container houses can significantly reduce their environmental impact. Additionally, proper orientation and ventilation can optimize natural lighting and cooling, minimizing the need for excessive energy consumption. Overall, with thoughtful design and conscious choices, container houses can be an excellent option for sustainable and low-carbon living.

Q:Can container houses be designed with a garage or carport?: Indeed, it is possible to incorporate a garage or carport into the design of container houses. These innovative dwellings offer great flexibility, allowing for a wide range of modifications and additions. The garage or carport can either be constructed alongside the main container house or be seamlessly attached to it, creating a sheltered space for vehicles. The homeowner has the freedom to customize the design and construction of the garage or carport according to their specific requirements and preferences in terms of size, layout, and aesthetics. Moreover, container homes are renowned for their adaptability and versatility, enabling the integration of a garage or carport into the overall design with ease, without compromising the structural integrity or functionality of the house.

Q:How do container houses compare to traditional houses in terms of construction time?: When it comes to construction time, container houses have a significant advantage over traditional houses. This is because shipping containers are pre-fabricated and can be easily modified to create a living space. The construction process mainly involves converting and joining containers, which reduces the need for extensive foundation work and structural framing. Consequently, container houses can be assembled and completed much faster than traditional houses. Moreover, container houses can be constructed off-site, allowing for simultaneous work on the site and the container, further reducing construction time. In summary, container houses offer a much quicker construction timeline compared to traditional houses, making them a popular choice for those in need of a fast and efficient housing solution.

Q:Can container houses be designed with a play area for children?: Yes, container houses can definitely be designed with a play area for children. Container houses are highly versatile and can be customized to suit specific needs and preferences. By incorporating clever design elements, such as open floor plans, multi-functional furniture, and creative storage solutions, a play area can be seamlessly integrated into the container house. For instance, a dedicated space for play can be created by using colorful and child-friendly materials, installing soft flooring, and adding interactive elements like slides, climbing walls, or even a mini indoor playground. Additionally, the exterior of the container house can be enhanced to include an outdoor play area, such as a small garden, sandbox, or swing set. With proper planning and thoughtful design, container houses can provide a safe and fun play area for children, ensuring that they have the space to play and explore within the comfort of their own home.

Q:Can container houses be designed to maximize natural light?: Yes, container houses can be designed to maximize natural light. Designers can incorporate large windows, skylights, and glass doors to allow ample sunlight into the space. Additionally, thoughtful placement of the containers and strategic use of materials can help redirect and amplify natural light within the house.

Q:Can container houses be designed to have a high ceiling?: Yes, container houses can be designed to have a high ceiling. While shipping containers typically have a standard ceiling height of around 8 feet, they can be modified and stacked to create a spacious and airy interior with higher ceilings. By removing the container's roof and adding additional structural support, it is possible to raise the ceiling height to meet specific design requirements. Furthermore, integrating windows or skylights can enhance the perception of height and bring in natural light, making the space feel even more open and expansive. With proper planning and customization, container houses can be designed to have high ceilings, offering a modern, stylish, and comfortable living environment.

Q:Can container houses be designed to have large windows for natural light?: Yes, container houses can certainly be designed to have large windows for ample natural light. With proper planning and engineering, window openings can be created in container walls and additional window panels can be added to maximize natural light intake.

Q:Can container houses be easily transported to different locations?: Indeed, container houses are meticulously crafted to ensure effortless relocation to diverse destinations. A key attribute of container houses lies in their mobility. These dwellings are ingeniously constructed using shipping containers, which are tailor-made for transportation objectives. Consequently, they can be seamlessly loaded onto trucks, ships, or trains to reach assorted locations. Moreover, container houses boast a lightweight and compact design, rendering them highly suitable for long-distance journeys. This convenience is further amplified by their easy dismantling and reassembly capabilities, enabling swift and efficient relocation. In summary, container houses provide a versatile and expedient housing solution that can be effortlessly transported to various destinations.

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