Knowledge

L360 line pipe is a high-strength, high-reliability pipe widely used in the field of oil and gas transportation. A series of relevant standards have been formulated internationally

L360 (X52) line pipe - typically 6-12 m long with walls up to 25 mm or more - moves by sea, rail and road. Every transport method must protect three assets: the pipe body, the beve

L360 line pipe is a versatile, high-strength solution for energy transport and infrastructure projects, offering durability in both land and offshore applications.

L360 pipeline pipes usually choose high-strength steel as the main material, with good strength and corrosion resistance.

L360 pipeline pipe has the characteristics of oxidation resistance, high temperature crack resistance and strong toughness, and can effectively cope with the challenges brought by

L360 line pipe is a kind of pipeline used to transport oil and natural gas, it has high strength and corrosion resistance. In order to ensure the quality of L360 line pipe, a serie

L360 steel pipe is made of a micro-alloyed high-strength carbon steel with a specified minimum yield strength of 360 MPa - the same material as API 5L X52. This article explains th

L360 steel pipe is a high-strength steel pipe, commonly used in pipelines in the oil and gas industry. Its material is L360, which has good high-pressure resistance.

The chemical composition of L360 pipeline steel pipes should comply with relevant standards to ensure sufficient strength and corrosion resistance.

As an important material, L360 steel pipe has been widely used in various fields. However, during use, steel pipes may be affected by oxidation, which can reduce their service life

L360 steel pipe offers dependable wear resistance through its carbon-manganese chemistry, heat treatment and smooth surface finish — a key factor in long-service oil, gas and munic

L360 is more than a pipe grade—it is a designed micro-alloyed steel. This article introduces the chemistry, strengthening mechanisms, mechanical properties and weldability of L360