• JIS G3441 is the standard number for angle steel for general structural use in Japanese Industrial Standards
• The EN 10025-5 standard specifies the chemical composition of steel plates in detail.
• ASME SA588/SA588M is a steel standard formulated by the American Society of Mechanical Engineers
• ASTM A588/A588M is the American standard for atmospheric corrosion-resistant steel plates
• Corten atmospheric corrosion-resistant high-strength steel
• ABS DH32 steel plate 
• Z direction performance of EH36 steel plate
• Controlled Rolling Technology of EH36 Steel
• Rolling process for A588GrA steel
• Method to reduce non-metallic inclusions in SM570 steel

The EN 10025-5 standard specifies the chemical composition of steel plates in detail.

EN 10025-5 standard, which specifies the technical requirements for hot-rolled modified atmospheric corrosion-resistant structural steel flat and long products and semi-finished products, including chemical composition and mechanical properties. In addition, the steel names and steel numbers in the EN 10025-5 standard also have specific meanings, such as S for structural steel, W for improved atmospheric corrosion resistance, etc.

The EN 10025-5 standard specifies the chemical composition of steel plates in detail. The main elements involved include carbon (C), silicon (Si), manganese (Mn), phosphorus (P), sulfur (S), and chromium (Cr). , nitrogen (N) and copper (Cu), etc. The content of these elements has an important impact on the mechanical properties and process performance of steel plates.

The steel production method under the EN 10025-5 standard mainly covers the steps of steelmaking, continuous casting or mold casting, hot rolling and possible heat treatment. These steps ensure that the steel meets the chemical composition, mechanical properties and other technical requirements specified in the standard. First of all, during the steelmaking process, specific process controls are used to ensure that the content of carbon, silicon, manganese, phosphorus, sulfur, chromium and other elements in the steel meets the standards. Secondly, continuous casting or mold casting is the process of casting molten steel into billets. This step has important effects on the microstructure and properties of the steel. Next, hot rolling is to heat the steel billet to a certain temperature and then roll it on a hot rolling mill to form the required steel plate or profile. Finally, depending on the specific requirements and use of the steel, heat treatment may be required to adjust the steel's mechanical properties and corrosion resistance.

Steel under the EN 10025-5 standard has a series of distinctive characteristics that make it widely used in multiple engineering fields.

1.EN 10025-5 steel has excellent atmospheric corrosion resistance. Effectively resists corrosion and rust, thereby extending service life.

2.EN 10025-5 steel has high strength and good toughness. Able to withstand large loads and impacts, ensuring the safety and stability of the structure.

3.EN 10025-5 steel has good weldability and processability, and can meet various complex process requirements.

4.EN 10025-5 steel is environmentally friendly. Further reducing the impact on the environment.

EN 10025-5 has a wide range of applications. Specifically, steel materials under the EN 10025-5 standard are widely used in the following fields:

Construction field: used to manufacture structural parts such as exterior walls, roofs, pidges, etc. of buildings, especially in areas with severe marine climate and industrial pollution. Its weather resistance can ensure the long-term stability of the structure.

Vehicle manufacturing: It is suitable for manufacturing shells and structural parts of vehicles such as cars, trains, ships, etc., especially in maritime transportation and long-term outdoor use. Its corrosion resistance can ensure the safe and stable operation of vehicles.

Machinery manufacturing: used to manufacture frames, support structures, etc. for various mechanical equipment, especially when used outdoors or where long-term contact with corrosive substances is required. EN 10025-5 steel can provide good durability.

In general, EN 10025-5 steel plays an important role in many engineering fields with its excellent atmospheric corrosion resistance, good mechanical properties and process performance. Its wide range of applications reflects the superiority and reliability of this standard steel in dealing with complex environmental conditions.