Tibet Container House Construction

In the construction of container houses in Tibet, it is crucial to focus on supplier selection, product performance adaptation, and coping with the construction environment. The specific key points are as follows:

I. Supplier selection should comprehensively consider qualifications and localized service capabilities
The plateau environment in Tibet is unique, and construction requires suppliers with experience in plateau projects and complete qualifications. For example, Jihang Integrated Housing Business Department in Duilong Deqing District, Lhasa, as a localized service provider, offers a range of products including standard container houses, foldable houses, and customized Tibetan-style homestays. It provides a full-chain service of 'design-production-installation-after-sales', with cases spread across Lhasa, Nagqu, Nyingchi, and other places, demonstrating its adaptability to high altitudes, strong winds, and large temperature differences. Tibet Guobin Steel Structure Engineering Co., Ltd. excels in formal engineering qualifications and standardized construction management, specializing in handling projects with high structural stability requirements, suitable for government or enterprise infrastructure projects.

II. Product performance should meet the requirements of extreme plateau environments
Container houses need to have core performance features such as earthquake resistance, wind resistance, and thermal insulation. For example, the standard container size is usually 6055mm×2435mm×2790mm, with a roof snow load capacity of 1.5kN/m² to cope with winter snowfall and a wind pressure resistance of no less than 0.7kN/m² to withstand strong winds. Thermal insulation materials should use A-grade fireproof materials such as rock wool and polyurethane, with a wall heat transfer coefficient K value below 0.3W/(m²·K) to cope with day-night temperature differences. In addition, the main steel structure should be galvanized, sandblasted for rust removal, and then painted with fluorocarbon paint, extending its service life to over 20 years.

III. Construction should address the challenges of high altitude and complex terrain
With an average altitude exceeding 4000 meters in Tibet, construction must consider workers' altitude sickness and low-temperature environments. For example, during earthquake relief efforts in Dingri County, the construction team ensured safety by recruiting workers with plateau experience, shortening daily working hours, and providing oxygen equipment. Meanwhile, the installation of container houses takes 1-2 hours, and electrical and fire protection facilities should be put in place at once to ensure quick occupancy. For areas with complex terrain, it is necessary to level the site in advance and optimize transportation plans, such as using 6.8-meter trucks to transport 6-7 sets of foldable container houses to improve efficiency.