DIN 2391 Seamless Steel Pipes / Tubes for Structural Purpose:

DIN 2391 is a standard specification for seamless precision steel pipes/tubes used for structural purposes. These pipes/tubes are designed to withstand high mechanical stress and provide excellent dimensional accuracy. They are widely used in various structural applications, where precision and reliability are crucial.

Product Description:

DIN 2391 seamless steel pipes/tubes for structural purpose are manufactured from high-quality carbon steel. They have a seamless construction, ensuring precise dimensions and smooth internal surfaces. These pipes/tubes are available in different sizes and thicknesses to meet the specific requirements of structural projects.

Product Features:

DIN 2391 seamless steel pipes/tubes for structural purpose offer the following features:

1. Precision Manufacturing: These pipes/tubes are produced with high precision, ensuring accurate dimensions and tight tolerances.

2. Smooth Internal Surface: The seamless construction provides a smooth internal surface, facilitating the flow of fluids and minimizing pressure loss.

3. High Strength: The carbon steel composition of DIN 2391 pipes/tubes provides excellent strength, making them suitable for structural applications.

Product Parameters:

Mechanical Properties:

Chemical Composition:

Product Applications:

DIN 2391 seamless steel pipes/tubes for structural purpose find wide applications in various industries, including:

1. Construction: These pipes/tubes are used in the construction of buildings, bridges, and other structures where precision and reliability are required.

2. Mechanical and Engineering Applications: They are utilized in mechanical and engineering projects that demand high-strength and precise dimensions.

3. Automotive Industry: DIN 2391 pipes/tubes are employed in the manufacture of automotive components, such as chassis, roll cages, and structural parts.

4. Machinery and Equipment: They are used in the manufacturing of machinery and equipment where structural integrity and precision are critical.