Flat Pack Container House
DA-2/DAM-2 (with curtain wall)
Modular building.Smart container house.Mobile Container House.Prefabricated Movable House.Container Sandwich Panel Room Office.High Quality 20ft House. Integrated manufacturer from design to processing.
Product features of the packing container room
1. Modular structure, convenient and efficient installation
The packing container room adopts a modular design concept, and each box unit can be quickly assembled and disassembled like a "building block". Under normal circumstances, a skilled installation team can complete the construction of a single box within a few hours. If it needs to be combined into a multi-story building or a large space, it can also be completed within a few days, which is 60%-80% shorter than the traditional construction period. This fast installation feature not only meets the urgent needs of emergency projects and temporary projects, but also significantly reduces labor costs and time costs. At the same time, the disassembled box can be reused and can be quickly reassembled after moving to different sites, which greatly improves the flexibility of use.
2. Sturdy and durable, adaptable to a variety of environments
The box frame is made of high-strength steel and matched with high-quality sandwich panel walls. The overall structure has excellent compression and seismic resistance. After testing, under the harsh conditions of an 8-magnitude earthquake and a 12-magnitude typhoon, the packing container room can still remain stable and ensure the safety of people and items inside. In addition, through special anti-corrosion and anti-rust treatment, a dense protective layer is formed on the surface of the steel, which effectively resists rain and ultraviolet erosion. Even if it is exposed to complex environments such as moisture and saline for a long time, it can maintain a service life of 10-15 years, and the maintenance cost is only 1/3 of that of traditional buildings.
3. Flexible space and high degree of customization
In terms of spatial layout, the packaged container room breaks the fixed pattern restrictions of traditional buildings. Users can freely combine a single box or multiple boxes according to actual needs. Horizontal splicing can expand the space area, and vertical stacking can build multi-story buildings. From simple temporary offices and dormitories to complex hotels and exhibition halls, it can be achieved. At the same time, the interior decoration and functional configuration can also be customized on demand. The pre-buried water and electricity lines, the location of doors and windows, the indoor partitions, and the bathroom facilities can be flexibly adjusted according to the use scenario to meet the diverse use needs.
4. Energy saving and environmental protection, green and sustainable
During the production process of the packaged container room, the degree of factory prefabrication is as high as 80%, which reduces the dust, noise and construction waste pollution caused by on-site construction. The thermal insulation sandwich panels used have a thermal conductivity as low as 0.03W/(m・K), which can effectively reduce indoor and outdoor heat exchange, reduce the frequency of use of air conditioning and heating, and save energy consumption. When the project is completed, the box can be recycled and reused as a whole, and the material recovery rate is more than 90%, which avoids the problem of waste disposal after the demolition of traditional buildings, conforms to the development trend of modern green buildings, and practices the concept of sustainable development.
5. Economical and practical, outstanding cost performance
From the perspective of initial construction costs, the cost of packaged container houses is about 1/2-2/3 of traditional brick-concrete buildings, which greatly reduces the investment in construction funds. In addition, its fast installation speed and reusable characteristics further amortize the cost of use. In the long-term use process, the advantages of low maintenance costs and low energy consumption also make the overall operating costs significantly lower than traditional buildings. For short-term projects and projects with limited capital budgets, packaged container houses are undoubtedly an ideal choice that combines functionality and economy.
Technical parameters of packing container room
I. Dimensions
Standard box size: The common external dimensions of standard packing container room are 6055mm long, 2990mm wide and 2890mm high, with an internal usable area of about 18 square meters, which can meet general living or office needs. Non-standard size customization services are provided, and the length can be adjusted between 3 meters and 12 meters to adapt to different usage scenarios.
Number of stacking layers: Under normal circumstances, single-layer packing container room can be used directly, on the premise that the foundation is stable and meets the building specifications, multi-layer packing container room is usually allowed to stack 2-3 layers, and some reinforced structure boxes can be stacked 4-5 layers after professional design and calculation, effectively expanding the vertical space utilization rate.
II. Structural material
Frame material: The frame is mainly made of Q235B or Q355B high-strength steel, and the steel thickness is usually between 2-3mm. The steel specifications of the columns and beams are larger to ensure the strength and stability of the box structure. Through welding process, each component is firmly connected to form a stable force system.
Wall materials: Sandwich panels are mostly used for walls. Common sandwich materials include polystyrene (EPS), rock wool, polyurethane (PU), etc. The thermal conductivity of polystyrene sandwich panels is about 0.041W/(m・K), the price is relatively low, and the thermal insulation performance is average, the thermal conductivity of rock wool sandwich panels is ≤0.04W/(m・K), with good thermal insulation and fireproof performance (fireproof grade can reach Class A), the thermal conductivity of polyurethane sandwich panels is as low as 0.024W/(m・K), with the best thermal insulation effect and good waterproof performance. The thickness of sandwich panels is generally between 50mm and 100mm.
Floor material: The floor is made of steel frame with 18mm silicate cover or cement fiber board. The thickness of plastic floor is usually 1-3mm, which is wear-resistant and non-slip.
III. Performance indicators
Load-bearing capacity: The uniform load on the top of a single standard packing container room can generally reach 1.5kN/㎡, which can withstand a certain amount of snow or temporary maintenance loads, the uniform load on the ground is about 2.0-3.0kN/㎡, which can meet the daily needs of furniture, equipment placement and personnel activities.
Seismic performance: After reasonable design and installation, the packing container room can withstand earthquakes of magnitude 8 and below, and can also ensure safety in earthquake-prone areas.
Windproof performance: By strengthening the connection nodes and fixing measures, the wind resistance level of the packing container room can reach level 12, equivalent to a wind speed of 32.7-36.9m/s, which can effectively resist typhoons and other severe weather.
Fireproof performance: The fire resistance limit of the packing container room using Class A fireproof materials (such as rock wool sandwich panels) can reach 1-2 hours, which meets the fire safety standards, the circuit system is equipped with overload protection and short-circuit protection devices to reduce the risk of fire.
IV. Other parameters
Waterproof performance: The joints of the box body are treated with multiple waterproof treatments such as waterproof sealing strips and waterproof coatings, and a reasonable roof slope design is used to ensure that there is no leakage in heavy rain weather.
Insulation performance: The packing container room using high-quality insulation materials can effectively block the heat transfer in summer and reduce the indoor heat loss in winter, so that the indoor temperature remains relatively stable and the energy consumption of air conditioning and heating equipment is reduced.
Installation convenience: The installation time of a single box is about 2-4 hours. No large lifting equipment is required. Only simple tools and a small amount of manpower are required to complete the assembly, which greatly improves the construction efficiency.
The above covers the main technical parameters of the packing container room.
