• Container Houses for Public Toliets of 20ft Size Exported to Africa System 1
  • Container Houses for Public Toliets of 20ft Size Exported to Africa System 2
  • Container Houses for Public Toliets of 20ft Size Exported to Africa System 3
  • Container Houses for Public Toliets of 20ft Size Exported to Africa System 4
Container Houses for Public Toliets of 20ft Size Exported to Africa

Container Houses for Public Toliets of 20ft Size Exported to Africa

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
5 set
Supply Capability:
10000 set/month

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Container Houses for Public Toliets of 20ft Size Exported to Africa

 

1.  Brief Specification of Container Houses 20ft Public Toliet

 

1) Our container houses size list (mm)

TYPE

Outer size

Interior size

 

Weight

L

W

H(Pack)

H(Assembly)

L

W

H

Standard

20ft

6055

2435

648/864

2591/2790

5880

2260

2510

from 1850

Non-Standard

10ft

2989

2435

648/864

2591/2790

2815

2260

2510

from 1200

Non-St

16ft

4885

2435

648/864

2591/2790

4730

2260

2510

from 1750

Non-St

24ft

7296

2435

648/864

2591/2790

7160

2260

2510

from 2300

Non-St

30ft

9120

2435

648/864

2591/2790

8945

2260

2510

from 2470

       2) Advantages

        a. Quick production

        b. Mobile house can be moved to another sites

        c. Easy installation

        d. Size is same so houses can be assembled to different layouts.

        f. Use waterproof and fireproof materials

    

 

2.  Main features of Container Houses 20ft Public Toliet

 

Container house specification

Length

6055mm(inner 5851mm)

Width

2435mm(Inner 2260mm)

Height

2790mm(Inner 2510mm)

Steel structure

Cold formed steel profiles in a thickness of 3mm to 4mm(bottom rails)

Wall panel

9mm chipboard panel, 60mm mineral wool, 0.5 steel sheet

Roof panel

100mm rock wool

Outside door

40mm sandwich door with aluminum frame size 830mm*2030mm

Inside door

Sandwich door

Window

PVC sliding window size 800*1100mm; with PVC mosquito net and PVC rolling shutter

Heat Insulation

Mineral wool

Electricity and Water System

Providing design

Feature

Can be transported by truck and assembled very fast at site, easy to move anytime

Floor

Gray PVC flooring, 20mm plywood

Ceiling

9mm chip wood panel

Shipment

4 units can be connected into one bundle which can be shipped same as one 20' GP

Bearing load

2.5 KN/m2

Life span

20 to 25 years

Remarks

This specification is for the reference, if there are differences between actual condition, the adjusting is according to the actual condition.

 

 

 

3. Pictures of Container Houses 20ft Public Toliet

 

Container Houses for Public Toliets of 20ft Size Exported to Africa

Container Houses for Public Toliets of 20ft Size Exported to Africa

Container Houses for Public Toliets of 20ft Size Exported to Africa

 

 

4.  Main Materials of Container Houses 20ft Public Toliet

 

Panels for wall and roof  

Container Houses for Public Toliets of 20ft Size Exported to Africa

Container Houses for Public Toliets of 20ft Size Exported to Africa

 

Steel Frame Galvanized and Painted

Container Houses for Public Toliets of 20ft Size Exported to Africa

Container Houses for Public Toliets of 20ft Size Exported to Africa

 

Windows and Doors

 

Container Houses for Public Toliets of 20ft Size Exported to Africa

Container Houses for Public Toliets of 20ft Size Exported to Africa

 

 

5. FAQ of Container Houses 20ft Public Toliet

 

1.    Q: How much is this house?

A: Please provide with your house drawing and project location, because different design, different location effect the house materials quantity and steel structure program.

 

2.    Q: Do you do the turnkey project?

A: Sorry, we suggest customer to deal with the foundation and installation works by self, because local conditions and project details are well knowb by customers, not us. We can send the engineer to help.

 

3.    Q: How long will your house stay for use?

A: Our light steel prefab house can be used for about 30 years.

 

4.    Q: How long is the erection time of one house?

A: for example one set of 20ft container house, 2 workers will install it within 4 hours.

 

5.    Q: Can you do the electricity,plumbing and heater

AThe local site works had better to be done by the customers.

 

Q:Can container houses be designed with balconies or decks?
Container houses can indeed have balconies or decks. Many homeowners choose to incorporate these outdoor spaces into their container house designs because they add both beauty and practicality. Balconies or decks can extend the living space, giving residents a place to unwind or host guests while enjoying the outdoors. Furthermore, these additions can offer stunning views of the surroundings, enhancing the overall living experience. By carefully considering and planning the design, container houses can be tailored to include balconies or decks that perfectly meet the homeowners' desires and requirements.
Q:Can container houses be easily transported?
Yes, container houses can be easily transported. One of the main advantages of using shipping containers as housing units is their inherent mobility. These containers are designed to be easily transported by trucks, trains, and ships, making them highly portable. They are built to withstand the rigors of transportation, including being stacked and moved multiple times, which makes them suitable for long-distance transportation. Additionally, container houses can be easily disassembled and reassembled, allowing for easy relocation to different sites or even countries. This flexibility in transportation makes container houses an attractive option for those who are looking for a movable or temporary housing solution.
Q:Can container houses be designed with fire-resistant materials?
Container houses can indeed be designed using fire-resistant materials. It is highly recommended to incorporate such materials for the purpose of safety. Given that container houses are constructed from steel, which already possesses some level of fire resistance, adding additional fire-resistant materials can further enhance safety measures. Commonly used fire-resistant materials for container houses include insulation, gypsum boards, paints, and glass. These materials are specifically designed to withstand high temperatures and slow down the spread of fire, creating a protective barrier between the flames and the interior living space of the container house. Moreover, it is crucial to consider the overall design and layout of the container house in order to ensure proper fire safety. This involves strategically placing fire extinguishers and smoke detectors throughout the house, as well as establishing clear and easily accessible escape routes in case of an emergency. Through the incorporation of fire-resistant materials and the implementation of appropriate fire safety measures, container houses can be designed to minimize the risk of fire and provide a secure living environment for their inhabitants.
Q:Can container houses be designed with a rooftop garden?
Yes, container houses can be designed with a rooftop garden. The structure and versatility of container houses allow for the installation of a rooftop garden, which can provide additional green space, promote sustainability, and enhance the overall aesthetic of the house.
Q:Are container houses suitable for disaster relief housing?
Indeed, container houses are a viable option for disaster relief housing. These homes, also referred to as shipping container homes, have gained popularity in recent years due to their affordability, durability, and ease of transportation. These features make them an excellent choice for quickly and efficiently providing housing solutions in the aftermath of a disaster. The mobility of container houses is one of their main advantages for disaster relief. These shipping containers can be easily transported to areas affected by disasters using trucks, trains, or even ships. This allows relief agencies to rapidly deliver housing units to regions in need, providing immediate shelter for those who have lost their homes. Furthermore, container houses are designed to withstand harsh conditions, making them suitable for disaster-prone areas. These structures are constructed with steel, which provides strength and durability against extreme weather events such as hurricanes, earthquakes, and floods. Additionally, container houses can be modified and reinforced to meet specific safety requirements, ensuring the safety of the occupants. Cost-effectiveness is another crucial factor in favor of container houses for disaster relief. Shipping containers are readily available and relatively inexpensive compared to traditional building materials. This affordability enables relief organizations to provide housing solutions to a larger number of people within their budget constraints. Moreover, container houses offer flexibility and can be easily customized and adapted to meet specific needs. They can be stacked or combined to create larger structures or modular housing complexes. This flexibility allows for the rapid construction of temporary shelters or even permanent housing solutions, depending on the extent of the disaster and the long-term rebuilding plans. However, it is important to consider some challenges associated with container houses for disaster relief. Adequate insulation, ventilation, and access to basic amenities such as water and electricity must be carefully addressed during the construction and setup process. Furthermore, proper planning and coordination are required to efficiently distribute and utilize container houses in the affected areas. In conclusion, container houses are indeed suitable for disaster relief housing. Their mobility, durability, cost-effectiveness, and flexibility make them a viable solution for providing temporary or even permanent shelter in disaster-stricken regions. When properly planned and executed, container houses can significantly contribute to the recovery and rebuilding efforts after a disaster.
Q:Can container houses be designed to have a comfortable living room space?
Certainly, container houses can be designed to possess a comfortable living room area. Although the initial structure of a container may appear limiting, through the utilization of appropriate design techniques and effective space management, container houses can indeed offer a snug and welcoming living room space. To establish a comfortable living room in a container house, several factors warrant consideration. Firstly, it is crucial to meticulously plan the layout and arrangement of furniture to maximize the available space. The incorporation of modular or multi-functional furniture pieces can prove advantageous in conserving space and providing flexibility. For instance, employing a sofa bed or a coffee table with storage compartments can serve multiple purposes. Moreover, the use of suitable lighting holds the potential to significantly enhance the comfort of the living room. By strategically placing windows or skylights, an adequate amount of natural light can be infused. Additionally, the selection of artificial lighting fixtures should aim to create a warm and inviting atmosphere. Furthermore, the choice of colors and materials can substantially influence the perception of comfort in a container house living room. Opting for lighter colors and natural materials like wood or fabric can foster a cozy and hospitable ambiance. It is also essential to consider proper insulation and ventilation to ensure a comfortable temperature throughout the year. Lastly, the addition of personal touches and decorative elements can contribute to a more inviting and personalized living room space. Artwork, plants, or textiles that reflect the homeowner's taste and style can be incorporated. In conclusion, container houses can be designed to possess a comfortable living room space through careful planning of layout, appropriate lighting choices, suitable color and material selection, consideration of insulation and ventilation, and the inclusion of personal touches. With these design considerations, container houses can offer a cozy and gratifying living experience.
Q:Are container houses resistant to high temperatures or heatwaves?
The resistance of container houses to high temperatures or heatwaves depends on their design and insulation. Typically made from steel, these houses have a high thermal conductivity, which means they can quickly heat up without proper insulation. However, many container houses are constructed with insulation materials like foam or spray foam insulation. These materials help regulate the interior temperature and prevent heat transfer. Additionally, measures such as reflective roof coatings or shade structures can be added to further reduce heat absorption and maintain a cool interior. It is important to note that proper ventilation and air conditioning systems are essential for container houses to effectively combat high temperatures or heatwaves. Without these systems, even with insulation, container houses may not withstand extreme heat. In conclusion, container houses can resist high temperatures or heatwaves if they are well-designed, insulated, and equipped with the necessary ventilation and cooling systems.
Q:Can container houses be designed for passive solar heating?
Indeed, container houses can be specifically designed to utilize passive solar heating. Passive solar design is an environmentally-friendly architectural approach that utilizes the natural elements of the sun's energy to heat and cool a building. It focuses on maximizing solar gain in the winter months and minimizing it in the summer months. Container houses offer a unique opportunity for passive solar design due to their compact and modular nature. Below are several ways in which container houses can be designed to effectively harness passive solar heating: 1. Orientation: The positioning of the container house is vital to maximize solar gain. By aligning the house in an east-west direction, the longer sides can face south, allowing for optimal exposure to the sun's rays during the winter when the sun is lower in the sky. 2. Windows and Glazing: Installing large, south-facing windows or glazing on the longer sides of the container house helps capture and retain solar heat. These windows should be well-insulated and double-glazed to prevent heat loss at night. 3. Thermal Mass: Containers, which are made of steel, have high thermal conductivity. By incorporating thermal mass materials such as concrete, stone, or water storage tanks inside the house, the heat from the sun can be absorbed during the day and released gradually at night, maintaining a comfortable indoor temperature. 4. Insulation: Adequate insulation is crucial for effective passive solar design. Insulating the container walls, roof, and floor will prevent heat loss, ensuring that the captured solar heat remains inside the house. 5. Ventilation: Passive solar design also considers natural ventilation strategies to prevent overheating during the summer months. By incorporating carefully positioned windows, vents, and shades, the house can be efficiently cooled through cross-ventilation and the stack effect. 6. Overhangs and Shading: To prevent excessive solar gain in the summer, overhangs or shading devices can be added to the south-facing windows. These devices allow the lower angle winter sun to penetrate while blocking the higher angle summer sun. By incorporating these passive solar design strategies, container houses can effectively harness the sun's energy for heating, reducing the reliance on conventional heating systems and promoting energy efficiency.
Q:Can container houses be stacked?
Indeed, stacking is possible with container houses. In truth, one of the primary benefits of utilizing shipping containers for housing lies in their capacity to be effortlessly stacked and merged in order to form multi-level edifices. The robust steel framework of these containers permits secure stacking, thereby enabling vertical construction and optimal utilization of space. Moreover, container houses can be fashioned with fortified foundations and structural support to guarantee stability and safety during stacking. This stacking capability bestows remarkable flexibility for design, facilitating the construction of distinct and pioneering container homes and structures.
Q:Do container houses have plumbing and electrical systems?
Indeed, plumbing and electrical systems can be incorporated into container houses. Although the primary structure of a container house is constructed from shipping containers, the interior can be altered to accommodate essential facilities, such as plumbing and electrical systems. Plumbers can install pipelines to provide access to water supply, waste disposal, and bathroom amenities. Furthermore, experts can design and implement electrical systems that include wiring for lighting, outlets, and appliances. These professionals ensure that the systems adhere to safety regulations and building codes.

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