Applications:

1. Petroleum and natural gas industry:

used to transport oil, natural gas and related products of the pipeline. Such as long-distance oil pipelines, carbon steel pipe can withstand greater pressure and transport volume.

2. Construction field:

as a structural support and plumbing pipes. Like the scaffolding of buildings, carbon steel pipe provides stable support; while in the heating system, can be used as hot water pipeline.

3. Machinery manufacturing:

manufacturing a variety of mechanical parts, such as transmission shafts, bushings, etc. For example, in some large machinery and equipment, carbon steel pipe made of transmission shaft can transmit a large torque.

4. Chemical industry:

used for the transportation of chemical materials and the construction of some equipment. In the pipeline system of a chemical plant, carbon steel pipes can adapt to the transmission of a variety of chemical media.

5. Automobile manufacturing:

Carbon steel pipes are used in automobile exhaust systems to discharge exhaust gases.

Physical properties of carbon steel pipes:

1. Density: generally around 7.8 grams per cubic centimeter.

2. Thermal conductivity: It has good thermal conductivity and can effectively transfer heat.

3. Conductivity: It has a certain degree of conductivity, but its conductivity is not as good as that of metals such as copper.

4. Ductility: It has good ductility and can be changed by machining.

Chemical properties of carbon steel pipes:

1. Easy to oxidize: It is easy to oxidize and rust in the air, especially in humid environments.

2. Corrosion resistance: relatively poor, with weak resistance to corrosive substances such as acids and alkalis.

3. Chemical reactivity: It can react with certain chemical substances under certain conditions.