Products
Space Frame Steel Structure
The Space Frame Steel Structure is a three-dimensional structural system composed of interconnected steel members arranged in a geometric pattern. This structure distributes loads efficiently in multiple directions, providing exceptional strength, rigidity, and stability while maintaining a lightweight configuration.
Space frame systems are widely used in large-span buildings such as stadiums, exhibition halls, airports, and transportation terminals. Their modular design allows for flexible architectural forms and rapid installation. Due to the high strength-to-weight ratio and efficient material usage, space frame steel structures offer excellent structural performance, cost efficiency, and durability for modern large-scale construction projects.
Space Truss Steel Structure
The Space Truss Steel Structure is a spatial structural system formed by triangular truss units connected in three dimensions. The triangular configuration ensures high structural stability and efficient load distribution, making it suitable for large-span roofs and complex architectural forms. This structure is commonly applied in industrial buildings, sports arenas, exhibition centers, and transportation hubs.
Space truss systems are valued for their high strength, lightweight properties, and efficient material usage. The prefabricated components allow for precise manufacturing and fast on-site assembly, reducing construction time and overall project cost while ensuring reliable structural performance and long service life.
Standardized Rigid Portal Frame Steel Structure
The Standardized Rigid Portal Frame Steel Structure is one of the most widely used structural systems in industrial and commercial buildings. It consists of rigidly connected steel columns and beams forming a portal frame that efficiently resists vertical and horizontal loads. This structure offers a large column-free interior space, making it ideal for warehouses, factories, logistics centers, and agricultural buildings.
The standardized design allows for optimized material usage, faster fabrication, and simplified installation. With advantages such as cost efficiency, structural stability, and rapid construction, rigid portal frame systems are widely adopted in modern prefabricated steel building projects worldwide.
Steel Structure Industrial Working Platform
The Steel Structure Industrial Working Platform is a customized elevated structural system designed to support equipment, machinery, and personnel in industrial environments. It is typically constructed using steel beams, columns, grating floors, staircases, and guardrails to create a safe and stable working area.
These platforms are widely used in factories, warehouses, power plants, and processing facilities to optimize vertical space and improve operational efficiency. The modular design allows for flexible layouts and easy expansion according to production requirements. With high load-bearing capacity, durability, and ease of installation, steel working platforms provide reliable support for modern industrial operations.
Steel Structure Infrastructure &Concrete High-rise
Steel Structure Infrastructure and Steel Structure Concrete High-rise represent important applications of modern steel engineering in public facilities and urban buildings. Steel Structure Infrastructure refers to large-scale facilities built with structural steel, including transportation systems, industrial platforms, utility structures, and public service projects. Steel Structure Concrete High-rise combines structural steel frames with reinforced concrete elements to create a composite structural system widely used in tall buildings. Both systems benefit from prefabricated steel components produced in factories with high precision and assembled efficiently on site, which significantly shortens construction time while maintaining reliable structural quality.
These structural systems provide many engineering advantages, such as high strength-to-weight ratio, long-span capability, and excellent seismic performance. In Steel Structure Concrete High-rise buildings, steel beams and columns provide the main load-bearing capacity, while reinforced concrete cores improve stiffness and fire resistance. Steel Structure Infrastructure projects also benefit from modular construction, allowing flexible design and rapid installation for complex facilities. In addition, steel materials are recyclable and support sustainable construction practices. With continuous progress in digital design and fabrication technology, these steel-based systems have become efficient, durable, and widely adopted solutions for modern infrastructure and high-rise development.
Steel structure Bridge & Corridor
The Steel Structure Bridge & Corridor is an engineered structural system designed to connect buildings, facilities, or transportation routes. Steel bridges and corridors provide safe and efficient passage for pedestrians, vehicles, or equipment between different areas. Thanks to the high strength and flexibility of steel, these structures can span long distances while maintaining structural stability and safety.
Steel structure corridors are commonly used in industrial complexes, airports, hospitals, campuses, and urban transportation systems. Prefabricated steel components allow for faster installation and reduced construction impact, making steel bridges and corridors an efficient solution for modern infrastructure connectivity.