Main Body of Activity Container House

The main body of an activity container house is a habitable or office building form transformed from a standard container as the basic structural module, featuring a stable structure, diverse functions, and ease of transportation.

Main Structure and Material: The main structure of the activity container house is made of steel framework, with the frame welded from steel. This structure endows it with excellent wind resistance, earthquake resistance, and corrosion resistance, providing good stability and load-bearing capacity. It can adapt to various complex environments, ensuring the safety of living or office use. For example, in earthquake-prone areas, its sturdy steel framework can effectively reduce the damage caused by earthquakes; in humid coastal environments, its corrosion-resistant properties can extend its service life.

Transportation and Layout Advantages: During transportation, the volume of the main body of the activity container house can be compressed to less than 50% of its original volume, greatly saving transportation space and costs. At the same time, it supports modular layout and stacking use, allowing for flexible combination and expansion of space according to actual needs. For instance, when temporarily constructing large-scale event venues or during post-disaster reconstruction, multiple container modules can be quickly combined into the required scale of space to meet the usage requirements of different scenarios.

Wall and Roof Materials: Wall materials can be selected according to needs, such as color-coated steel plates and rock wool boards. Color-coated steel plates are lightweight and have high strength, while rock wool boards have excellent thermal insulation, heat preservation, and fire resistance properties, effectively regulating indoor temperature and ensuring personnel safety. Roof materials generally use color-coated steel plates or corrugated plates, which can effectively prevent rain and sun exposure, protecting the indoor environment from external weather conditions. For example, in hot areas, good thermal insulation properties can reduce the use of air conditioning and other refrigeration equipment, lowering energy consumption; in rainy areas, rainproof properties can prevent rainwater leakage and protect indoor items from damage.