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- EN 10025-2 is a standard developed by the European Organization for Standardization
- EN 10025-2 is a standard developed by the European Organization for Standardization
- S355K2H is a European standard high-strength seamless steel pipe material.
- S355K2H is a European standard high-strength seamless steel pipe material.
- S235JRH is a kind of carbon steel, which belongs to the steel pipe
- ASTM A53 is a standard specification for welded and seamless carbon steel pipe developed by the American Society for Testing and Materials
- JIS G3456 is a standard for stainless steel welded steel pipes among the Japanese Industrial Standards.
- JIS G3455 is a type of Japanese National Standard
- ASME SA192M is the standard for carbon steel seamless steel pipe materials commonly used in the American boiler industry.
- ASME SA210M is an important specification of the ASME standard on the seamless carbon steel pipes for boiler and overheat device.
EN 10025-2 is a standard developed by the European Organization for Standardization
EN 10025-2 is a standard concerning the technical delivery conditions of hot-rolled products of non-alloy structural steels. These steels are mainly produced by hot rolling.
EN 10025-2 is a standard established by the European Organization for Standardization (CEN) on the technical delivery conditions of hot-rolled products of non-alloy structural steel. This standard has the following salient features:
1. Clear steel classification: The EN 10025-2 standard divides steel into different grades and categories, such as S235, S275, S355, etc. Each grade and category has detailed chemical composition and mechanical property requirements, making steel selection and application clearer and more precise.
2. Strict quality control: This standard has strict regulations on the chemical composition, mechanical properties, dimensional tolerances, etc. of steel to ensure that the quality and performance of steel can meet the needs of various engineering applications. At the same time, the standard also requires steel manufacturers to conduct necessary inspections and tests to ensure that the quality of the steel meets the standard requirements.
3. Enhance interoperability: The EN 10025-2 standard is one of the widely recognized structural steel standards in Europe, and its steel materials have uniform specifications and sizes. This allows the use of steel materials that comply with this standard to be easily interchangeable with other steel materials that comply with this standard, reducing the complexity in the engineering construction and equipment manufacturing processes.
4. Improve safety and reliability: Since the EN 10025-2 standard has strict regulations on the quality and performance of steel, using steel that meets this standard can greatly improve the safety and reliability of structural engineering. These steels have undergone rigorous testing and inspection to maintain structural stability and durability during use.
The application scope of the EN 10025-2 standard is very wide, covering multiple industries and fields. The following are its main application areas:
In the construction industry, EN10025-2 is used to manufacture the frame of buildings, which bears various loads and has good strength and stiffness. In pidge construction, square and rectangular tubes are often used to manufacture the main structure of the pidge to bear the load of vehicles and pedestrians. In shipbuilding, square and rectangular tubes are used to manufacture structural components of ship hulls. In the boiler and metallurgical industries, square and rectangular tubes can be used to manufacture support structures for boilers and vessels. Energy field: In the energy industry, square and rectangular pipes can be used to manufacture the support structures of oil and gas pipelines to ensure the safety and reliability of the transportation process. In addition, the EN 10025-2 standard is also widely used in automobiles, machinery manufacturing, forestry machinery, dump trucks, cranes and other fields.
