Prefabricated container

Structural Design

Prefabricated containers are designed based on standard containers, ensuring that the products possess outstanding strength and stability. The steel surfaces are treated with hot-dip galvanization, effectively enhancing corrosion resistance and extending the product's lifespan. Containers are connected to each other using specially designed high-strength bolts and connectors. This connection method is not only easy to install but also ensures that the entire building structure remains stable and reliable in various complex environments. Additionally, to further improve seismic performance, some prefabricated containers are equipped with shock-absorbing devices at critical points, enabling safe use in earthquake-prone areas.

Functional Characteristics

Thermal Insulation: By selecting high-quality insulation materials, such as the aforementioned rock wool and polyurethane sandwich panels, prefabricated containers can effectively prevent heat transfer and maintain stable indoor temperatures. In hot summer months, they can effectively block outdoor heat from entering, reducing the energy consumption of air conditioning and other cooling equipment; in cold winter months, they prevent indoor heat loss, providing good thermal insulation and offering a comfortable environment for occupants.

Fire Resistance: Using fire-resistant materials like Class A non-combustible rock wool sandwich panels, along with fire-proof designs in electrical systems, gives prefabricated containers a high level of fire safety. In the event of a fire, these containers can effectively delay the spread of flames, providing valuable time for evacuation and firefighting, thereby protecting lives and property.

Sound Insulation: The sandwich panel structures of the walls and roof, along with the sealing of doors and windows, give prefabricated containers excellent soundproofing performance. They can effectively block external noises such as traffic and construction sounds, creating a quiet environment for work, study, and daily living.

Waterproofing and Moisture Resistance: The containers themselves have good sealing properties, and combined with waterproof roof designs and moisture-resistant wall materials, prefabricated containers perform well in terms of waterproofing and moisture resistance. Roofs are designed with slopes and waterproof membranes to ensure that rainwater is quickly drained, preventing water accumulation and leakage. Wall materials such as cement fiberboard and sandwich panels have moisture-resistant properties, which prevent mold growth and deformation even in humid environments, ensuring a dry and comfortable indoor environment.

Application Scenarios

Construction Sites: Prefabricated containers can serve as temporary offices, worker dormitories, canteens, restrooms, and more on construction sites. Their quick assembly and reusable features can meet the construction site’s need for efficient and cost-effective temporary buildings. As the project progresses, they can be easily moved and reassembled, adapting to changes in site layout at different stages.

Emergency Relief: In the event of natural disasters such as earthquakes, floods, and fires, as well as emergencies like public health incidents, prefabricated containers can be quickly used as emergency shelters, medical aid stations, or supply storage facilities. Their convenient transportation and rapid assembly capabilities allow them to provide safe and practical temporary living and working spaces for disaster-affected people and rescue personnel in the shortest time, playing an important role in protecting lives and property and responding to emergencies.

Environmental Sustainability

Recyclable: The main structural steel of prefabricated containers has a recycling rate of over 90%. When the building reaches the end of its service life or requires renovation, the steel components can be dismantled and recycled, melted down, and reused for new constructions or other purposes, greatly reducing resource waste.

Reducing Construction Waste: Compared to traditional construction, prefabricated containers significantly reduce the amount of work on site, thereby greatly decreasing construction waste generation. Traditional construction processes produce large amounts of spoil, discarded bricks, wood, and other waste, whereas the installation of prefabricated containers is relatively clean, generating only 10% to 20% of the waste of traditional buildings, effectively reducing environmental pollution and the burden of managing construction waste.