Packaging box mobile house
Core structure and materials of packing box
structural framework
High strength steel is used as the main frame, including key components such as columns, beams, and corner pieces, which are connected by bolts to form a stable force system with good wind and earthquake resistance performance. Generally, it can withstand earthquakes below level 8 and wind forces below level 10.
The framework design follows standardized modular design, with common sizes including 20 feet, 40 feet, etc. (compatible with container sizes), and special sizes can also be customized according to requirements for easy combination and splicing between modules.
Walls and roofs
Sandwich panels are commonly used for walls and roofs, with core materials such as rock wool, polyurethane, polystyrene, and other insulation materials. The outer layer is made of colored steel plates or galvanized steel plates, which have the functions of fire prevention, moisture prevention, heat insulation, and sound insulation.
Some high-end products will use glass curtain walls or composite panels to enhance the lighting effect and appearance texture, meeting the aesthetic needs of different scenes.
internal configuration
The basic configuration includes doors and windows, electrical systems (lighting, sockets), water supply and drainage interfaces, etc. Air conditioning, heating, kitchen and bathroom facilities, furniture, etc. can be installed according to needs to achieve "ready to move in".
The ground is usually covered with wooden flooring, ceramic tiles, or cement fiberboard, and some products are treated with moisture-proof measures to adapt to humid environments.
Main Features
Strong flexibility: can be quickly assembled, disassembled, and relocated according to needs, using a single module or multiple modules in combination to adapt to different sites and functional requirements.
Efficient construction: The main components are prefabricated and produced in the factory, and the on-site installation cycle is short, usually completed in a few days to a few weeks, greatly reducing the construction time.
Low cost: Compared to traditional buildings, material and labor costs are lower, and they can be reused, making long-term use more economical.
Environmental protection and energy conservation: Using environmentally friendly materials, there is less waste during the construction process, and some core materials have good thermal insulation performance, which can reduce energy consumption.
Wide adaptability: It can be used in various complex environments, such as construction sites, disaster areas, field work sites, tourist attractions, etc., with low requirements for the site.
Application scenarios
Construction site: Temporary facilities such as dormitories, offices, and canteens used by construction personnel.
Emergency relief: Quickly set up temporary shelters, medical stations, etc. after disasters such as earthquakes and floods occur.
Field operations: Provide living and working spaces for field workers in industries such as petroleum, mining, and power.
Tourist accommodation: Construct characteristic homestays, campsite hotels, etc. in scenic spots, camping sites, etc. to meet the accommodation needs of tourists.
Business services: As temporary shops, booths, ticket booths, etc., provide convenient business services.
Public facilities: used to supplement temporary schools, community service centers, bathrooms, and other public facilities.
development trend
With the continuous development of modular building technology and the deepening of environmental protection concepts, mobile homes with packaging boxes pay more attention to aesthetics and comfort in their design, and their functions are also more diversified. Meanwhile, the application of intelligent technology, such as smart home systems, energy-saving monitoring systems, etc., will further enhance their quality and user experience. In the future, mobile homes with packaging boxes are expected to be promoted and applied in more fields, becoming an important component of the construction industry.
structural framework
High strength steel is used as the main frame, including key components such as columns, beams, and corner pieces, which are connected by bolts to form a stable force system with good wind and earthquake resistance performance. Generally, it can withstand earthquakes below level 8 and wind forces below level 10.
The framework design follows standardized modular design, with common sizes including 20 feet, 40 feet, etc. (compatible with container sizes), and special sizes can also be customized according to requirements for easy combination and splicing between modules.
Walls and roofs
Sandwich panels are commonly used for walls and roofs, with core materials such as rock wool, polyurethane, polystyrene, and other insulation materials. The outer layer is made of colored steel plates or galvanized steel plates, which have the functions of fire prevention, moisture prevention, heat insulation, and sound insulation.
Some high-end products will use glass curtain walls or composite panels to enhance the lighting effect and appearance texture, meeting the aesthetic needs of different scenes.
internal configuration
The basic configuration includes doors and windows, electrical systems (lighting, sockets), water supply and drainage interfaces, etc. Air conditioning, heating, kitchen and bathroom facilities, furniture, etc. can be installed according to needs to achieve "ready to move in".
The ground is usually covered with wooden flooring, ceramic tiles, or cement fiberboard, and some products are treated with moisture-proof measures to adapt to humid environments.
Main Features
Strong flexibility: can be quickly assembled, disassembled, and relocated according to needs, using a single module or multiple modules in combination to adapt to different sites and functional requirements.
Efficient construction: The main components are prefabricated and produced in the factory, and the on-site installation cycle is short, usually completed in a few days to a few weeks, greatly reducing the construction time.
Low cost: Compared to traditional buildings, material and labor costs are lower, and they can be reused, making long-term use more economical.
Environmental protection and energy conservation: Using environmentally friendly materials, there is less waste during the construction process, and some core materials have good thermal insulation performance, which can reduce energy consumption.
Wide adaptability: It can be used in various complex environments, such as construction sites, disaster areas, field work sites, tourist attractions, etc., with low requirements for the site.
Application scenarios
Construction site: Temporary facilities such as dormitories, offices, and canteens used by construction personnel.
Emergency relief: Quickly set up temporary shelters, medical stations, etc. after disasters such as earthquakes and floods occur.
Field operations: Provide living and working spaces for field workers in industries such as petroleum, mining, and power.
Tourist accommodation: Construct characteristic homestays, campsite hotels, etc. in scenic spots, camping sites, etc. to meet the accommodation needs of tourists.
Business services: As temporary shops, booths, ticket booths, etc., provide convenient business services.
Public facilities: used to supplement temporary schools, community service centers, bathrooms, and other public facilities.
development trend
With the continuous development of modular building technology and the deepening of environmental protection concepts, mobile homes with packaging boxes pay more attention to aesthetics and comfort in their design, and their functions are also more diversified. Meanwhile, the application of intelligent technology, such as smart home systems, energy-saving monitoring systems, etc., will further enhance their quality and user experience. In the future, mobile homes with packaging boxes are expected to be promoted and applied in more fields, becoming an important component of the construction industry.