Two-Story Container House in Tianjin
In Tianjin, Falilai Prefabricated Construction (Tianjin) Co., Ltd. offers services related to two-story container houses. The following provides an introduction from two aspects: product features and construction specifications.
Product Features
Falilai's two-story container houses adopt a light steel structure system, which offers significant advantages. The walls are covered with composite EPS insulation panels, effectively enhancing the house's thermal insulation performance, reducing heat exchange between indoors and outdoors, lowering energy consumption, and providing a comfortable indoor environment for occupants. The roof, floor, and electrical systems are all prefabricated in the factory, making on-site installation extremely convenient and fast, greatly shortening the construction period and improving construction efficiency. Meanwhile, the steel structure system endows the house with strong wind resistance, capable of withstanding wind speeds of up to 120km/h, ensuring the stability and safety of the house structure in the face of severe weather. Moreover, the lightweight structure demonstrates good integrity when encountering disasters equivalent to a seismic intensity of 8 degrees, making it less prone to severe damage such as collapse, and providing reliable protection for the life and property safety of occupants.
Construction Specifications
When constructing portable cabins in Tianjin (two-story container houses can refer to relevant specifications), certain requirements must be followed. The height of the cabins should generally not exceed 2 stories, but specific requirements should be based on local documents. If constructing a second story, fire prevention treatment is mandatory. This is to effectively prevent the spread of fire in the event of a fire, buying time for personnel evacuation and firefighting and rescue operations, and reducing losses caused by the fire. Additionally, when arranging portable cabins in groups, the width of fire lanes between buildings should not be less than 6m, and the width of fire lanes between groups should not be less than 10m. Reasonable fire lane width settings ensure the smooth passage of firefighting vehicles and personnel, enabling rapid rescue operations in emergencies and safeguarding personnel safety.
