プレハブ軽鋼構造駅

Steel structure railway stations are modern transportation hub buildings with steel as the main load-bearing component. Their greatest advantage lies in the high strength and lightweight nature of steel, which allows for the easy realization of large-span column-free spaces, creating a transparent and open waiting environment. The construction method of factory prefabrication and on-site assembly significantly shortens the construction period, making it particularly suitable for the rapid expansion of high-speed railway networks. These buildings have excellent seismic performance and the steel can be recycled, aligning with the concept of green construction. With the continuous development of high-speed rail networks, the application prospects of steel structure railway stations are vast, and they will continue to make significant contributions to the modernization of cities and the convenience of people's travel.

Product Features

• Lightweight and High Load-Bearing Capacity: The superior load-bearing capacity and lightweight nature of steel enable the creation of large-span spaces without columns, forming an open visual corridor in the waiting hall. This not only meets the needs of large passenger flow but also endows the building with a modern and transparent aesthetic.
• Fast Construction: The use of industrial prefabrication and modular assembly techniques during construction transforms on-site work into precise and efficient assembly operations, significantly reducing the construction period. This is particularly suitable for the urgent needs of urban renewal and the rapid expansion of transportation networks.
• Reliability: The unique ductility of steel combined with advanced seismic structural design gives the building the resilience to withstand natural disasters. Through energy dissipation devices and flexible connection technologies, a multi-level protection system is constructed.
• Sustainability: The environmental attributes are integrated throughout the building's life cycle. The recyclable steel structure system, combined with green technologies such as photovoltaic power generation and rainwater recycling, forms a resource-conserving construction model. Some projects even achieve a closed-loop ecosystem through the recycling of old steel.
• Aesthetic Design: Design innovation is prominently reflected in the deep integration of function and aesthetics. Structural forms such as wave-shaped steel reticulated shells and suspended roofs break the boundaries between engineering and art. The intelligent curtain wall system can autonomously adjust lighting and ventilation according to environmental changes. The three-dimensional stacked traffic organization mode is achieved through steel frames, integrating multiple levels of space.