Applications of EN10025-4 S355M Steel
Civil Engineering
High-Rise Building Frames: Utilizes high strength to reduce material usage and enhance seismic resistance.
Long-Span Bridges: Requires high yield strength + wind-load toughness for main girders and pier supports.
Ports, Docks, and Factories: Withstands complex conditions like large spans and heavy loads.
Shipbuilding and Marine Engineering
Hull Structures and Decks: Combines seawater corrosion resistance with wave impact resistance for ship stability.
Offshore Platforms: Adapts to harsh marine environments with high long-term reliability.
Energy Sector
Wind Turbine Towers and Bases: Optimal strength-to-weight ratio reduces structural loads and transportation costs.
Petrochemical Equipment and Pressure Vessels: Withstands high temperatures, pressures, and corrosive media.
Heavy Machinery and Mining Equipment
Crane Booms and Mining Frameworks: High tensile strength (470-630 MPa) supports heavy loads, while fatigue resistance extends service life.
Excavator Components: Combines wear resistance and weldability for harsh operating environments.
Transportation Equipment
Railway Vehicles and Trucks: Manufactures bodies, chassis, and frames to ensure strength and stability.
Low-Temperature Vessels and Tanks: Optional -40°C impact verification for cryogenic environments.
