Excellent mechanical properties

Steel pipes have high tensile strength and yield strength, and can withstand large external forces without deformation or rupture. They are suitable for pipeline transportation systems under harsh working conditions such as high pressure and high temperature.

Good toughness

Steel pipes have excellent toughness. When subjected to impact loads, they can absorb a large amount of energy without brittle fracture. This feature makes steel pipes widely used in some dynamic load environments, such as transmission shafts and crane booms in mechanical structures.

Good processing performance

Steel pipes can be easily processed into the required length and shape through various cutting methods, such as mechanical cutting, flame cutting, plasma cutting, etc., to meet the specific size requirements of different engineering and manufacturing projects.

Strong weldability

Steel pipes have good weldability and can be connected with other pipe fittings or equipment through welding processes to form a complete pipeline system or structural parts. The welded steel pipe joints have high strength and good sealing, ensuring the safe and reliable operation of the pipeline system.

Good corrosion resistance

According to different use environments and medium requirements, steel pipes can be made of a variety of corrosion-resistant materials, such as stainless steel, alloy steel, etc. These materials themselves have good corrosion resistance, can resist the erosion of chemicals such as acids, alkalis, and salts, and extend the service life of steel pipes.
High dimensional accuracy

The production process of steel pipes adopts advanced rolling and processing technology, which can accurately control the dimensional parameters such as the outer diameter, inner diameter and wall thickness of the steel pipe, ensuring that the dimensional accuracy of the steel pipe reaches a high level.
High fluid delivery efficiency

The inner wall of the steel pipe is smooth and has low roughness, which makes the fluid flow in the pipeline with less resistance and can achieve more efficient delivery. In fluid delivery pipelines in industries such as petroleum and chemical industry, the use of steel pipes can reduce energy consumption and improve production efficiency.
No leakage risk

Since steel pipes have no welds, possible leakage problems at the welds are avoided, ensuring the safety and stability of fluid delivery. In some occasions with strict leakage requirements, such as pipeline systems in food, pharmaceutical, drinking water and other industries, steel pipes are one of the preferred pipes.
These advantages make steel pipes widely used in many fields, including petroleum, chemical, construction, machinery manufacturing, etc.

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