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Introduction to Steel Structure Buildings Steel structure buildings are a new type of building system that breaks through the industry boundaries between the real estate industry, the construction industry, and the metallurgical industry, and integrates them into a new industrial system. This is the steel structure building system that is generally favored by industry insiders. Compared with traditional concrete buildings, steel structure buildings use steel plates or steel sections instead of reinforced concrete, which has higher strength and better earthquake resistance. And because the components can be factory-made and installed on-site, the construction period is greatly reduced. Because steel can be reused, it can greatly reduce construction waste and is more environmentally friendly. Therefore, it is widely adopted by countries around the world and used in industrial and civil buildings. The application of steel structure buildings in high-rise and super-high-rise buildings is becoming more and more mature, gradually becoming the mainstream construction technology, and is the development direction of future buildings.

Steel structure packaging and transportation Load 5*40HQ container, Two land transport vehicles.

Hebei Baofeng Company Annual Meeting On January 18, 2026, our company held its 2025 annual meeting, and we look forward to achieving even greater success in 2026.

Future development prospects of steel structure buildings in China Our country's economic development fundamentals are solid, with a complete industrial system, strong component processing and manufacturing and supporting capabilities, which provides broad space for the accelerated development of steel structure buildings. 1. Steel structure buildings will enter a new stage of high-quality development. Intelligent production, green construction, modular construction, prefabricated decoration, and ultra-low energy consumption in operation will be the development trend of prefabricated steel structure buildings in the future. To achieve high efficiency, standardization, and assembly throughout the entire process of steel structure construction, it is necessary to collaborate with the entire industry chain, continuously innovate and improve from the client side, product side, and optimize supply chain management, cultivate new advantages with technology, standards, brands, quality, credit, and services as the core, and create new development momentum through digital empowerment, intelligent efficiency, and green and low-carbon, and promote the high-quality development of prefabricated steel structure buildings. 2. The demand for steel for steel structure buildings will usher in new changes. Super high-rise, large-span and other steel structure buildings have put forward new requirements for modern engineering construction in terms of safety and functionality. Green and sustainable building steel with high strength and toughness, high seismic resistance, easy welding, and no painting will become the future development direction. At the same time, hot-rolled H-shaped steel for construction will be actively used. The steel used in steel structures of major developed economies abroad is mainly hot-rolled H-shaped steel and high-strength and high-performance steel, with an application rate of more than 50%. At present, 80% of steel used in my country's steel structures is ordinary steel of Q235 grade. The steel used in construction and its variety structure need to be optimized. We should vigorously promote hot-rolled H-shaped steel and replace Q235 grade steel with high-strength and high-performance steel of Q355 grade and higher to meet the steel requirements of steel structure and steel structure construction industry. 3. Green and low-carbon prefabricated steel structure buildings have new advantages. Steel structure buildings are an energy-saving, environmentally friendly and recyclable engineering structure form from the perspective of the entire product life cycle. According to the data from the report "Steel Structure Housing Industrialization Consultation Research" of the Chinese Academy of Engineering, steel structure buildings can reduce energy consumption by 12%, carbon dioxide emissions by 15%, and solid waste by 51% per square meter compared with reinforced concrete buildings during production and construction. Driven by the goal of carbon ...

The Steel Structure Industry Enters a New Era of High-Quality Development The 2025 China Steel Structure Building Ecosystem Conference Sends a Strong Signal From November 20th to 21st, 2025, the 2025 China Steel Structure Building Ecosystem Conference, themed "Steel Makes Buildings Better," was grandly held in Shanghai. This industry event, bringing together government, industry, academia, research, and application sectors, was not only a collision of technology and ideas but also a magnificent blueprint outlining the future development prospects of China's steel structure industry. Against the backdrop of the "dual carbon" strategy, accelerated urban renewal, and the cultivation of new productive forces, steel structures, a "recyclable, highly industrialized, and green" construction method, are at the forefront of reshaping a trillion-dollar industrial ecosystem, ushering in a golden age of high-quality development. I. Scale Leap: Processing Volume Exceeds 100 Million Tons, Huge Market Potential II. Policy-Driven: Green Transformation Presses the "Acceleration Button" III. Technological Innovation: Moving Towards Intelligence, High-End, and Green Development IV. Application Expansion: From Bridges to Residential Buildings, Vast Opportunities V. Challenges Remain, Collaborative Solutions are Key VI. Looking Ahead: Going Global, Moving Towards the Mid-to-High End

Steel Structure Applications Continue to Expand, Modern Architecture Experiences a "Leap Forward with Steel" —Earthquake Resistance, Efficiency, and Environmental Friendliness Become Core Advantages Recently, with the accelerated progress of large-scale public buildings, industrial plants, and high-rise residential projects in many areas, steel structures have become a popular choice in the field of modern architecture due to their significant practical advantages. Experts point out that steel structures not only perform outstandingly in terms of seismic performance and construction efficiency but also conform to the development trend of green buildings, gradually changing the landscape of the traditional construction industry. Earthquake Safety: Protecting Lives and Property In earthquake-prone areas, the application of steel structures is particularly important. Compared with traditional concrete structures, steel structures have higher toughness and ductility, which can effectively absorb seismic energy through deformation and reduce the risk of building collapse. For example, a recently completed emergency command center in a southwestern region, which adopted a full steel structure system, achieved a seismic design intensity of 9 degrees after simulation testing, providing solid protection for personnel safety and equipment. Efficient Construction: Shortening Construction Time and Reducing Costs "From design to completion, the average construction period of steel structure buildings is more than 30% shorter than that of traditional buildings," said a construction project manager. Because steel components can be prefabricated in the factory, only assembly is required on-site, significantly reducing wet work and the impact of weather on construction. At the same time, standardized production reduces material waste and lowers overall construction costs, making it especially suitable for industrial projects and public facilities that require rapid commissioning. Environmentally Friendly and Sustainable: The Ideal Choice for Green Buildings Driven by the "dual carbon" goals, the environmental characteristics of steel structures are becoming increasingly prominent. Steel is 100% recyclable, reducing construction waste; the lightweight structure also saves on the amount of basic building materials. In addition, steel structure buildings are often equipped with energy-saving curtain walls, solar panels, and other systems, further reducing energy consumption throughout the building's life cycle. Industry insiders believe that this is highly consistent with the currently advocated concept of a circular economy. Flexible Space: Meeting Diverse Needs Large spans and freely divisible space design are another major highlight of steel structures. Buildings that require high spatial flexibility, such as stadiums, exhibition centers, and creative parks, commonly use steel structures to achieve column-free open spaces. With the maturity of modular constructio...

Steel Structure Warehouses Reshape the Modern Storage Industry Ecosystem In the modern supply chain system and industrial development landscape, the storage link is undergoing a profound paradigm shift. Traditional warehouses, once considered static "containers for goods," are now being rapidly replaced by a new generation of intelligent storage facilities with steel structures as their core carrier. This is not only a change in building materials but also represents a shift in storage philosophy from a cost center to a value engine. Steel structure warehouses, with their high adaptability and flexibility, are becoming a key infrastructure supporting the efficient and resilient operation of the real economy. Traditional Storage Pain Points and Structural Breakthroughs Traditional warehousing facilities, especially older warehouses, generally face core pain points such as low space utilization, difficulty in renovation, weak environmental control capabilities, and difficulty in matching automated equipment. With increasingly scarce land resources and rising labor costs, enterprises urgently need to maximize storage capacity and operational efficiency within limited space. Steel structure warehouses, with their inherent advantage of large-span column-free space, provide an ideal solution. Their internal space is complete and open, not only maximizing planar storage density but also enabling the unobstructed operation of modern logistics equipment such as automated storage and retrieval systems (AS/RS) and high-speed sorting systems, resulting in a revolutionary improvement in storage efficiency and operational efficiency per unit area. Deep Adaptation to Multiple Scenarios, Meeting Specialized Storage Needs The practicality of steel structure warehouses is fully demonstrated in addressing diverse and specialized storage needs: Industrial Raw Materials and Finished Product Storage: For manufacturing enterprises, heavy-duty steel structures can bear large equipment and dense stacking, and their stability ensures the safety of high-value goods. At the same time, the rapid construction characteristics help enterprises keep pace with production rhythms and flexibly deploy raw material warehouses and finished product warehouses. Cold Chain and Temperature-Controlled Warehousing: By using high-performance insulation panels and sealing technology, steel structures can quickly build large-space, high-standard cold storage environments. Their structure is easy to integrate with precise temperature and humidity control systems, meeting the stringent storage environment requirements of fresh food, pharmaceuticals, and other products. Bulk Commodities and Agricultural Warehousing: For bulk materials such as grain and cotton, steel structure warehouses can be designed with dedicated ventilation systems to effectively prevent dampness and mildew. Their fast construction speed also meets the needs of agricultural products, which are highly seasonal and require rap...

Our country's economic development fundamentals are solid, with a complete industrial system, strong component processing and manufacturing and supporting capabilities, which provides broad space for the accelerated development of steel structure buildings. 1. Steel structure buildings will enter a new stage of high-quality development. Intelligent production, green construction, modular construction, prefabricated decoration, and ultra-low energy consumption in operation will be the development trend of prefabricated steel structure buildings in the future. To achieve high efficiency, standardization, and assembly throughout the entire process of steel structure construction, it is necessary to collaborate with the entire industry chain, continuously innovate and improve from the client side, product side, and optimize supply chain management, cultivate new advantages with technology, standards, brands, quality, credit, and services as the core, and create new development momentum through digital empowerment, intelligent efficiency, and green and low-carbon, and promote the high-quality development of prefabricated steel structure buildings. 2. The demand for steel for steel structure buildings will usher in new changes. Super high-rise, large-span and other steel structure buildings have put forward new requirements for modern engineering construction in terms of safety and functionality. Green and sustainable building steel with high strength and toughness, high seismic resistance, easy welding, and no painting will become the future development direction. At the same time, hot-rolled H-shaped steel for construction will be actively used. The steel used in steel structures of major developed economies abroad is mainly hot-rolled H-shaped steel and high-strength and high-performance steel, with an application rate of more than 50%. At present, 80% of steel used in my country's steel structures is ordinary steel of Q235 grade. The steel used in construction and its variety structure need to be optimized. We should vigorously promote hot-rolled H-shaped steel and replace Q235 grade steel with high-strength and high-performance steel of Q355 grade and higher to meet the steel requirements of steel structure and steel structure construction industry. 3. Green and low-carbon prefabricated steel structure buildings have new advantages. Steel structure buildings are an energy-saving, environmentally friendly and recyclable engineering structure form from the perspective of the entire product life cycle. According to the data from the report "Steel Structure Housing Industrialization Consultation Research" of the Chinese Academy of Engineering, steel structure buildings can reduce energy consumption by 12%, carbon dioxide emissions by 15%, and solid waste by 51% per square meter compared with reinforced concrete buildings during production and construction. Driven by the goal of carbon neutrality, low-carbonization of the construction industry will bec...