Container hosue for office building

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Loading Port:: China Main Port

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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:Can container houses be built with a balcony or deck?: Certainly, balconies or decks can be incorporated into container houses without a doubt. In reality, numerous container house designs integrate balconies or decks to maximize the outdoor living area and make the most of the surrounding scenery. The adaptability of container houses permits various options for customization, and the addition of a balcony or deck is one of them. Whether it is a modest balcony attached to a bedroom or a larger deck for hosting gatherings, these enhancements can enhance the overall functionality and visual appeal of a container house. Moreover, the robust structural integrity of shipping containers makes them ideal for supporting balconies or decks, ensuring a secure and solid construction.

Q:Can container houses be designed to have a modern bathroom?: Yes, container houses can definitely be designed to have a modern bathroom. With proper planning and creative design, containers can be transformed into stylish and functional living spaces that include all modern amenities, including a contemporary bathroom. Various modular and space-saving solutions can be implemented to maximize the available space and ensure the bathroom is equipped with modern fixtures, efficient storage, and a sleek design.

Q:Are container houses eco-friendly?: Yes, container houses can be considered eco-friendly for several reasons. Firstly, container houses are constructed using repurposed shipping containers, which reduces the need for traditional construction materials such as bricks, concrete, and wood. By reusing these containers, we are effectively reducing the demand for new raw materials and minimizing the environmental impact associated with their extraction and production. Secondly, container houses have a smaller carbon footprint compared to traditional homes. The process of manufacturing shipping containers produces significantly fewer greenhouse gas emissions compared to producing bricks and concrete. Additionally, container houses often require less energy for heating and cooling due to their compact size and efficient insulation, resulting in lower energy consumption and reduced carbon emissions. Furthermore, container houses can be designed to be energy-efficient. They can be equipped with solar panels to generate renewable energy, rainwater harvesting systems to reduce water consumption, and green roofs or living walls to improve insulation and promote biodiversity. Additionally, container houses can be easily transported, allowing for greater flexibility and reducing the need for new construction. This mobility can help minimize urban sprawl and preserve natural habitats by allowing people to live in existing developed areas. However, it's important to note that the eco-friendliness of a container house also depends on various factors, including the materials used for insulation, the energy sources for heating and cooling, and the overall design and construction practices. It's crucial to prioritize sustainable and environmentally friendly choices throughout the entire construction process to ensure the eco-friendliness of container houses.

Q:Are container houses suitable for artist residencies?: Yes, container houses can be highly suitable for artist residencies. Container houses offer several advantages that make them a great option for artists looking for a space to live and work in during their residency. Firstly, container houses are affordable and can be easily customized to meet the specific needs of artists. They provide a cost-effective alternative to traditional housing options, allowing artists to allocate more of their resources towards their artistic pursuits. Secondly, container houses are highly flexible and can be easily moved or transported to different locations. This makes them ideal for artists who want to experience different environments and seek inspiration from diverse settings. Artists can engage in residencies in various locations without having to worry about finding new accommodations each time. Additionally, container houses are known for their sustainability and environmental friendliness. Many artists value sustainability and are conscious of their carbon footprint, making container houses a perfect fit for their ethos. These houses can be built using recycled materials and can incorporate green technologies, such as solar panels or rainwater collection systems. Furthermore, container houses offer a unique and unconventional aesthetic that can inspire creativity. Artists often search for spaces that facilitate their artistic process and provide an environment that sparks their imagination. Container houses, with their modern and industrial look, can serve as a blank canvas for artists to transform and personalize according to their artistic vision. Lastly, container houses can provide the necessary amenities and functional spaces needed for art creation. They can be easily modified to include spacious studios, ample storage, and living areas that can be adapted to accommodate various art forms. Artists can have everything they need within their living space, allowing them to fully immerse themselves in their work. In conclusion, container houses are highly suitable for artist residencies due to their affordability, flexibility, sustainability, unique aesthetic, and ability to meet the functional requirements of artists. These houses provide a conducive and inspiring environment for artists to live, create, and explore their artistic potential.

Q:Can container houses be built with a rooftop solar panel system?: Yes, container houses can definitely be built with a rooftop solar panel system. In fact, container houses are known for their flexibility and adaptability, making them an excellent choice for incorporating sustainable energy solutions like rooftop solar panels. The flat roof design of container houses provides a perfect surface for installing solar panels, allowing homeowners to harness solar energy and reduce their reliance on traditional power sources. Additionally, container houses can be easily modified and customized to accommodate the specific requirements of a solar panel system, such as reinforcing the roof structure to support the weight of the panels and ensuring proper wiring and connections. Overall, container houses offer a great opportunity to combine the benefits of sustainable living and renewable energy generation through the installation of rooftop solar panels.

Q:Can container houses be built in a short amount of time?: Yes, container houses can be built in a relatively short amount of time compared to traditional construction methods. Due to their pre-fabricated nature, container houses can be quickly assembled and modified to meet specific design requirements. This makes them a popular choice for those seeking a fast and efficient solution for housing needs.

Q:Can container houses be designed with natural ventilation systems?: Certainly, it is possible to design container houses with natural ventilation systems. In fact, many prefer natural ventilation for its sustainability and cost-effectiveness when it comes to cooling and ventilating container houses. There are multiple ways to integrate natural ventilation into the design of these houses. To start, designers can strategically position windows and doors in different places to take advantage of prevailing winds and create cross-ventilation. This allows for the movement of fresh air throughout the house, eliminating the need for mechanical cooling systems. Furthermore, adjustable louvers or vents can be installed in walls or roofs to control the amount and direction of airflow. Moreover, the orientation of the container house can also contribute to natural ventilation. By aligning the longer side of the container with the direction of the prevailing wind, the house can maximize the intake of fresh air. Additionally, incorporating features like roof overhangs or shading devices can prevent direct sunlight from entering the house, reducing heat gain and improving comfort. Lastly, natural ventilation can be enhanced by utilizing passive cooling techniques such as thermal mass. This involves using materials with high heat capacity, like concrete or stone, to slowly absorb and release heat. This helps regulate indoor temperatures and can be combined with natural ventilation strategies to improve overall comfort. In conclusion, it is indeed possible to design container houses with natural ventilation systems. By incorporating various design elements and strategies, container houses can achieve efficient and sustainable ventilation, providing comfortable living spaces while minimizing energy consumption.

Q:Are container houses prone to mold or pests?: Container houses can be prone to mold and pests if proper precautions are not taken. However, with proper insulation, ventilation, and regular maintenance, the risk of mold or pest infestation can be minimized effectively.

Q:Can container houses be designed for accessibility?: Yes, container houses can be designed for accessibility. With proper planning and modifications, container houses can accommodate the needs of individuals with disabilities or limited mobility. Features such as ramp access, wider doorways, grab bars, and accessible bathroom fixtures can be incorporated into the design to ensure accessibility for all.

Q:Are container houses suitable for small business offices?: Indeed, container houses prove to be a viable choice for small business offices. They present various advantages that render them suitable for such purposes. To start with, container houses offer a cost-effective solution. Compared to conventional office spaces, their construction and maintenance costs are significantly lower. This proves particularly advantageous for small businesses operating on limited budgets, enabling them to save substantial amounts of money on rent and construction expenses. Moreover, container houses boast high levels of customization. They can be easily modified and tailored to meet the specific needs and requirements of small business offices. Containers can be stacked or interconnected to create larger office spaces, complete with all the necessary amenities, including electricity, plumbing, heating, and air conditioning. Additionally, container houses exhibit portability and flexibility. They can be effortlessly transported to different locations, making them an ideal choice for small businesses that frequently change their office space or operate in multiple areas. This mobility also allows for future expansion or downsizing, depending on the evolving needs of the business. Furthermore, container houses contribute to environmental preservation. By repurposing shipping containers, we can reduce waste and promote sustainability. This serves as a crucial consideration for small businesses aiming to adopt environmentally friendly practices and minimize their carbon footprint. Nevertheless, it is important to acknowledge certain limitations of container houses. The limited space available within a container may not be suitable for businesses requiring extensive office areas or accommodating a significant number of employees. Additionally, container houses may not align with the needs of businesses seeking a more professional or upscale image. In conclusion, container houses offer a suitable alternative for small business offices, providing cost-effectiveness, customization, portability, and eco-friendliness. Nevertheless, it is imperative to thoroughly evaluate the specific needs and requirements of the business before opting for container houses as office spaces.

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