SSAW Carbon steel pipes

A spiral submerged arc welded pipe is a type of steel pipe manufactured by the spiral forming process combined with the submerged arc welding technique. The manufacturing process begins with spirally coiling a steel strip at a specific angle, so that the edges of the steel strip form a spiral butt weld. By using the submerged arc welding method, a continuous weld with relatively high strength is formed. It is commonly used in the petroleum and natural gas, construction, municipal engineering, power, and agricultural industries.

1. SSAW (Spiral Submerged Arc Welding) carbon steel pipes adopt the spiral forming method. During the production process, the continuous spiral coiling of the steel strip can efficiently form the shape of the pipe, resulting in relatively high production efficiency and making it suitable for large-scale production.

2. Submerged arc welding process ensures the quality of the weld metal, enabling the formation of welds with appropriate depth and stable quality, thereby guaranteeing the overall strength and tightness of the steel pipes.

3. They possess good strength performance. Their yield strength and tensile strength can meet the requirements of various industrial application scenarios.

4. The spiral structure endows the steel pipes with a certain degree of flexibility. Compared with longitudinally welded steel pipes, they can better adapt to deformation, effectively reducing the risk of pipeline rupture caused by excessive local stress and enhancing the stability and durability of the pipeline system.

5. Outer diameter and wall thickness of SSAW carbon steel pipes have a wide range of options to ensure the safety and reliability of the pipelines under various working conditions.

6. SSAW carbon steel pipes are widely used in numerous industries:

   in the petroleum and natural gas industry, they are used for onshore and offshore oil and gas transmission pipelines;

   in the construction industry, they are used for building structural supports and water supply and drainage systems;

   in municipal engineering, they are used for urban water supply, drainage, and gas transmission pipeline systems;

   in the power industry, they are used for transporting steam, cooling water, etc.;

   in the agricultural field, they are used for the main pipelines of irrigation systems.