Highlights of I-beam
Excellent structural mechanical properties
The cross-sectional shape of I-beam gives it different moments of inertia in the two main axis directions, and has a high bending resistance in the direction of its strong axis. It can effectively withstand large loads. Using it in building structures can reduce the use of steel, reduce the deadweight of the structure, and improve the stability and safety of the structure.
High design flexibility
Due to its standardized cross-sectional shape and size specifications, I-beam has high flexibility in building design and manufacturing. Designers can easily combine and connect according to specific engineering needs to achieve various complex structural forms, and it is relatively easy to cut, drill and weld during the processing process, which is convenient for construction and installation.
High degree of industrialized production
I-beam can be produced through large-scale industrialization, with high production efficiency and stable quality, which can ensure the consistency and reliability of the product. This enables it to be quickly supplied in the construction market, meet the needs of engineering projects of different sizes and types, and reduce construction costs and construction periods.
Uses of I-steel
Construction field
Industrial buildings: In large buildings such as industrial plants and warehouses, I-steel is often used as the main load-bearing structural components, such as frame beams and columns, which can withstand large loads and external forces to ensure the stability and safety of the building.
Civil buildings: In civil buildings such as residential and commercial buildings, I-steel is also widely used in roof structures, stair handrails, balcony railings and other parts, which not only provide the necessary support and bearing functions, but also play a decorative role and beautify the appearance of the building.
Bridge engineering
In bridge structures, I-steel can be used as the main beams, cross beams and other components of the bridge to bear the deadweight of the bridge superstructure and loads such as vehicles. Its high strength and good bending resistance can meet the force requirements of the bridge under different working conditions and ensure the safe use of the bridge.
Mechanical manufacturing
In the mechanical manufacturing industry, I-steel can be used to manufacture frame structures, brackets and transmission parts of various mechanical equipment. Its good mechanical properties and processability make the mechanical equipment have high strength and stability, and it is easy to assemble and debug.
Our products are exported to more than 60 countries and regions including Europe, the Middle East, Southeast Asia, Australia, Latin America, South Africa, etc. We have won the recognition of customers with good reputation and good service. Since its establishment, the company has always adhered to the business philosophy of "making friends while doing business", insisting on being ourselves first and doing good deeds, taking customer satisfaction as the goal, reputation first, and being committed to providing customers with first-class products and meticulous and efficient services.
Company integrating production and trade, with 14 years of experience in high-quality steel production, providing one-stop service for global customers.
The products are widely used in the construction and infrastructure fields, such as bridges, large buildings, highways, tunnels, airports, docks, etc. Steel is an ideal choice for these structures, capable of withstanding heavy weights and strong winds.
