When constructing a metal building structure, one of the most crucial decisions is selecting the appropriate foundation. The foundation serves as the base upon which the entire building rests, ensurin...
READ MOREWhen constructing a metal building structure, one of the most crucial decisions is selecting the appropriate foundation. The foundation serves as the base upon which the entire building rests, ensurin...
READ MOREUnderstanding Rust and Corrosion in Metal Building Structures Rust and corrosion are electrochemical processes that degrade metal surfaces, leading to structural weaknesses and reduced lifespan. In a ...
READ MOREDesigning and constructing your own metal building structure can be a rewarding project for those seeking a durable and customizable solution for storage, workshops, or other uses. Metal buildings are...
READ MORESteel structures are widely used in various industries due to their strength, durability, and versatility. From skyscrapers and bridges to industrial facilities and warehouses, these structures form t...
READ MORESection steel is an indispensable structural material in the construction industry, distinguished from traditional steel by its standardized cross-sectional shape and high strength. Compared to solid bars or standard plates, section steel achieves higher material utilization and bending resistance through optimized cross-sectional design (e.g., I-beams, H-sections, angles, etc.), significantly reducing structural deadweight. Its factory-fabricated nature shortens on-site construction timelines, reduces welding workload, and improves assembly precision. This product is suitable for large-scale frames, support systems, and load-bearing components, providing an efficient and economical solution for modern steel structures.
Product Details and Core Advantages
Section steel's core value is reflected in the following technical features and applications:
1. Diverse Cross-sectional Designs
Section steel includes I-beams, H-sections, channels, angles, and square tubes, meeting diverse mechanical performance requirements (compression, bending, and torsion resistance).
2. High Strength and Lightweight
Formed through cold bending or hot rolling, the material is concentrated in key load-bearing areas, achieving a weight reduction of over 30% compared to solid components under the same load, reducing foundation costs.
3. Convenient Construction
Standardized dimensions enable modular design and factory prefabrication, allowing for rapid on-site bolting, significantly improving construction efficiency and reducing manual errors.
4. Main Applications
Architectural Structures: High-rise building frames, factory trusses, roof support systems
Infrastructure: Bridge girders, transmission towers, rail transit supports
Mechanical Engineering: Heavy equipment foundations, crane components, conveyor frames
5. Sustainability Advantages
100% recyclable materials combined with prefabrication reduce on-site construction waste and meet green construction standards.