CONTAINER HOME

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Container House & HOME

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 suitable for Airbnb or vacation rental investments?: Airbnb or vacation rental investments can greatly benefit from the use of container houses. These innovative structures provide a distinct and trendy lodging experience that appeals to a wide range of guests. The modern and sleek designs of container houses have gained popularity among travelers seeking a unique stay. There are several advantages to investing in container houses for Airbnb or vacation rentals. Firstly, they offer cost-effectiveness as containers can be purchased at a lower price compared to traditional homes. This allows investors to save on initial investment costs and potentially earn higher returns on their investment. Secondly, container houses provide a high level of customization. They can be modified and designed according to the preferences and needs of the target market. This flexibility allows owners to create stylish and one-of-a-kind living spaces, which can be a significant selling point for potential guests. Moreover, container houses are environmentally friendly as they repurpose unused shipping containers and reduce waste. This aspect can be particularly appealing to environmentally conscious travelers who prioritize sustainable accommodation options. In terms of practicality, container houses require relatively less maintenance compared to traditional homes. They are made of durable materials that are resistant to various weather conditions, saving owners both time and money on upkeep and repairs. However, it is important to consider that container houses may not be suitable for all locations or markets. Some areas may have strict regulations or zoning restrictions that limit the potential of container houses as vacation rentals. Prior research and understanding of local regulations is crucial before investing in container houses for Airbnb or vacation rental purposes. In conclusion, container houses are a viable investment option for Airbnb or vacation rentals. Their unique design, cost-effectiveness, customizability, eco-friendliness, and low maintenance requirements make them an attractive choice for both owners and guests. However, it is essential to carefully consider local regulations and market demand before making any investment decisions.

Q:Can container houses be built in remote locations?: Yes, container houses can be built in remote locations. In fact, their modular nature and ease of transportation make them an ideal choice for remote areas. Container houses can be easily transported to remote locations via trucks, ships, or even helicopters, depending on the accessibility of the area. Additionally, container houses are designed to be self-contained units, which means they can be built with their own water, sewage, and power systems, making them suitable for areas without existing infrastructure. Moreover, containers are known for their durability and ability to withstand extreme weather conditions, making them a practical option for remote locations that may experience harsh climates. Overall, container houses offer flexibility, convenience, and cost-effectiveness, making them a viable solution for housing needs in remote areas.

Q:Are container houses suitable for homeless shelters or transitional housing?: Indeed, container houses can serve as a viable option for homeless shelters or transitional housing. They possess qualities that make them ideal for temporary housing for homeless individuals or families, including cost-effectiveness, ease of transportation, and quick assembly. Designed to be both durable and weather-resistant, container houses ensure the safety and security of their occupants in various climates. Furthermore, these houses can be tailored to include essential amenities such as insulation, plumbing, and electricity, thereby meeting the basic needs of those residing within them. Moreover, container houses contribute to environmental conservation as they repurpose shipping containers, reducing waste and promoting sustainability. By choosing container houses for homeless shelters or transitional housing, individuals can align with responsible construction and resource conservation principles, which are increasingly important in today's environmentally conscious society. Additionally, container houses offer flexibility in terms of scalability, allowing for adjustments to meet the specific needs of the community. They can be stacked or arranged in different configurations to accommodate a larger number of individuals or separated into individual units for families or individuals. However, it is crucial to recognize that container houses should be accompanied by appropriate social services and support systems that address the underlying causes of homelessness and aid in the transition to permanent housing. These services may encompass counseling, employment assistance, and access to healthcare. In conclusion, container houses present a practical and effective solution for homeless shelters or transitional housing. Their affordability, portability, durability, and customizable features make them suitable for providing temporary housing while efforts are made to find permanent solutions for those facing homelessness.

Q:Can container houses be built with efficient water-saving features?: Yes, container houses can be built with efficient water-saving features. Various water-saving technologies and practices can be incorporated into the design and construction of container houses, such as low-flow fixtures, rainwater harvesting systems, greywater recycling, and efficient irrigation systems. With careful planning and implementation, container houses can significantly reduce water consumption and contribute to sustainable and eco-friendly living.

Q:Are container houses suitable for remote or secluded living?: Container houses are well-suited for living in remote or secluded areas. Their modular and portable nature enables easy transportation to remote locations, making them an excellent choice for those desiring a secluded lifestyle. These houses are designed to be self-sufficient, providing all necessary amenities for comfortable living. They can be equipped with solar panels for electricity, rainwater harvesting systems for water supply, and efficient insulation for maintaining a pleasant temperature. Moreover, container houses are durable and can withstand harsh weather conditions, rendering them a reliable option for remote living. Their compact size facilitates easy maintenance and reduces environmental impact. In summary, container houses offer a practical and sustainable housing solution for individuals in search of a remote or secluded lifestyle.

Q:Can container houses be built in coastal areas?: Container houses can indeed be constructed in coastal areas. These houses are fashioned from shipping containers, which are specifically designed to endure harsh conditions such as strong winds, saltwater, and corrosion. This makes them well-suited for coastal environments where exposure to saltwater, powerful winds, and other weather elements is likely. However, it is crucial to take specific precautions when erecting container houses in coastal regions. For instance, employing proper insulation and ensuring thorough sealing of the containers can safeguard them from the corrosive effects of saltwater. Moreover, it is essential to utilize appropriate foundation and anchoring systems to guarantee stability and resistance against forceful winds and potential flooding. By implementing these measures, container houses can be a practical and long-lasting housing option in coastal areas.

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 be off-grid?: Yes, container houses can be designed to be off-grid. With the right modifications, such as incorporating solar panels for electricity, rainwater harvesting systems for water supply, and composting toilets for waste management, container houses can operate independently from public utilities and be self-sufficient.

Q:Can container houses be designed to have a basement?: Indeed, it is possible to design container houses with basements. Although shipping containers are commonly employed in the construction of above-ground buildings, they can also be utilized to construct below-ground areas. This entails excavating the desired space, establishing a foundation, and subsequently positioning the shipping containers on top. By adequately reinforcing the walls and floor of the container, it is able to function as a secure and practical basement. This design alternative offers the opportunity for additional living space, storage, or even utility rooms such as laundry or home theaters. Ultimately, container houses can be tailored to incorporate a basement, granting homeowners even greater flexibility in their design preferences.

Q:Are container houses suitable for all climates?: Container houses can be suitable for various climates, but their suitability may depend on certain factors. In moderate and temperate climates, container houses can be an excellent choice. The steel structure of shipping containers provides durability and strength, making them resistant to the elements. With proper insulation and ventilation, container houses can effectively regulate temperatures, keeping them cool in summer and warm in winter. However, in extreme climates, such as very hot or very cold regions, container houses may require additional modifications to ensure comfort and energy efficiency. In extremely hot climates, proper insulation, reflective coatings, and shading elements can help reduce heat gain and maintain a comfortable indoor temperature. In extremely cold climates, additional insulation, double-glazed windows, and efficient heating systems are necessary to prevent heat loss and maintain warmth. Furthermore, container houses located in coastal areas should consider the effects of saltwater corrosion. Coastal regions are more prone to high humidity, saltwater spray, and corrosive winds, which can accelerate the deterioration of the steel structure. Extra precautions, such as anti-corrosion coatings and regular maintenance, should be taken to ensure the longevity of the container house in these climates. Overall, while container houses can be suitable for various climates, it is crucial to consider the specific climate conditions and make necessary modifications to enhance their suitability. Consulting with professionals who have experience in container house construction and climate-specific design is highly recommended to ensure the best outcome.

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