The global construction industry is facing an increasing demand for labor resources, especially at traditional construction sites, where large numbers of workers are required for lifting and moving. Consequently, many buildings are shifting to prefabrication and on-site assembly. This approach not only reduces installation time but also reduces labor costs.
The construction industry in Japan, Germany, and the United States is actively developing prefabrication models, which are a trend toward significantly reducing on-site labor.
This eliminates the need for extensive, dirty, and cumbersome manual labor on construction sites. This steel wall panel assembly method significantly reduces labor costs compared to previous construction methods, while also shortening construction schedules and increasing efficiency.
Traditional cast-in-place construction and traditional renovation rely primarily on construction workers, resulting in a relatively low level of industrialization and labor-intensive nature.
Due to the human element, construction quality and efficiency are largely dependent on the skill and experience of workers, leading to inconsistent quality, low efficiency, and numerous safety hazards.
Considering the increasing aging of the migrant workforce in recent years, the declining willingness of young workers to work, and the annual increase in migrant worker wages, prefabricated metal wall panel buildings have become a significant opportunity for traditional construction companies seeking transformation and development.
Currently, my country’s construction industry faces labor shortages, a lack of skilled personnel, an overall aging workforce, and rising costs, making traditional construction methods unsustainable.
Buildings made of laminated steel wall panels are prefabricated in factories and assembled on-site, with a high degree of mechanization, reducing the number of on-site construction and management personnel by nearly tenfold. This saves considerable labor costs and improves labor productivity.
