GB/T 9711-2011 L830M/X120M PSL2 LSAW pipeline

GB/T 9711-2011 L830M/X120M PSL2 LSAW pipeline, as a leader in the oil and gas industry, demonstrates extraordinary performance and application value with its unique advantages and characteristics.

High Strength and Toughness: The pipe is made of L830M steel grade, which not only ensures excellent yield and tensile strength, but also maintains excellent toughness, which can easily cope with extreme pressures and complex environmental conditions, ensuring stability and safety in the transmission process.

Excellent corrosion resistance: For the characteristics of sulfur-containing oil and natural gas, L830M/X120M PSL2 LSAW pipeline shows excellent resistance to hydrogen sulfide corrosion, even in harsh environments such as high humidity, high sulfur content and high pressure, it can also operate stably for a long period of time and extend the service life of the pipeline.

Strict quality control system: As a PSL2 grade product, the pipeline follows more stringent quality control standards during the production process, covering chemical composition, mechanical properties, non-destructive testing and other key aspects, to ensure that each pipeline meets the highest quality standards, providing users with reliable and safe transmission security.

Efficient production process to reduce costs: The use of advanced straight seam submerged arc welding technology not only significantly improves production efficiency, but also effectively controls costs. At the same time, the technology ensures high quality of weld seams, which further enhances the overall performance and durability of the pipes.

With its excellent performance, L830M/X120M PSL2 LSAW pipeline is widely used in all kinds of long-distance transportation projects in the oil and gas industry. Whether it is laying submarine cables, constructing pipelines for telecommunication facilities, building offshore oil platforms and pipeline and structural projects in low temperature environments, the pipe has performed well and become the ideal choice for extreme conditions of use, such as underground and submarine. Its excellent performance not only ensures the safety and efficiency of energy transmission, but also promotes the sustainable development of the oil and gas industry.