Knowledge

The choice of different delivery conditions depends on the specific use environment and performance requirements to ensure that the pipeline can meet the requirements of safety and

The working pressure of an X52 pipeline is not a single fixed number: it is calculated from the pipe diameter, wall thickness, specified minimum yield strength and the design facto

Hot dip technology is widely used in various engineering projects as an important means to improve the corrosion resistance and service life of steel pipes. However, the surface of

X52 pipeline steel is a high-quality low-carbon steel widely used in oil, natural gas and other pipeline transportation fields. The following is a detailed analysis of X52 pipeline

Cold drawing is a finishing process in which hot rolled seamless pipe is pulled through a die that reduces its diameter and wall thickness. The pipe is first pointed, annealed and

API 5L X52 (L360) is a micro-alloyed carbon steel whose properties are fixed by chemical composition, controlled rolling and mandatory inspection. Understanding each property group

API 5L X52 Nominal Pipe Sizes 1/2" to 48" OD Wall Thickness - Schedule 10 to 160, STD, XS, XXS.

Carbon equivalent (CE) is the key metallurgical indicator of weldability for API 5L X52 steel. This article explains the IIW and JIS/Pcm formulas, typical limits for X52 and how CE

X52 is a steel pipe used in pipeline transportation systems in the oil and natural gas industries.

API 5L X52 material is usually suitable for temperatures ranging from -20℃ to around 200℃.

API 5L X52, designated L360 in ISO 3183, is a medium-strength line pipe grade with a minimum yield strength of 360 MPa and a minimum tensile strength of 460 MPa. It offers a practi

API 5L grade X52 pipe has a density of 7850 kg/m3, the standard value for carbon steel. X52 PSL2 offers a yield strength of 360 to 530 MPa and a tensile strength of 460 to 760 MPa,