Carbon Steel Pipe is essentially a cylindrical tube made of an alloy with carbon as the main component. The combination of carbon and iron gives it unique strength and flexibility. The fusion of these elements produces a strong and versatile material that can be used in a variety of applications across various industries.
Carbon steel pipe Pipe Types
Based on Carbon Content
- Low Carbon Steel Pipe
Carbon Content: ≤0.3%
Features: Low strength, good plasticity, easy to process
Application: Transporting liquids and gases such as water, gas, and oil - Medium Carbon Steel Pipe
Carbon Content: 0.3%~0.6%
Features: Medium strength, medium plasticity, suitable for general applications
Application: Transporting liquids and gases such as water, gas, and oil - High Carbon Steel Pipe
Carbon Content: 0.6%~1.0%
Features: High strength, high hardness, good wear resistance
Application: Transporting high-pressure gas, liquid and other fluids - Ultra High Carbon Steel Pipe
Carbon Content: 1.0%~1.5%
Features: Extremely high strength, extremely high hardness, excellent wear resistance
Application: Transporting extremely high-pressure gas, liquid and other fluids - Special Carbon Steel Pipe Pipe)
Carbon content: Depends on the specific application
Features: Has special physical and chemical properties
Use: Transport special liquids and gases, such as high temperature, high pressure, corrosive, etc. - Low Alloy Carbon Steel Pipe
Carbon content: ≤0.3%
Alloy elements: ≤5%
Features: Medium strength, medium plasticity, suitable for general applications
Use: Transport liquids and gases such as water, gas, and oil - Medium Alloy Carbon Steel Pipe
Carbon content: 0.3%~0.6%
Alloy elements: 5%~10%
Features: High strength, high hardness, good wear resistance
Use: Transport high pressure gas, liquid and other fluids - High Alloy Carbon Steel Pipe (High Alloy Carbon Steel Pipe) Pipe)
Carbon content: 0.6%~1.0%
Alloying elements: 10%~20%
Features: extremely high strength, extremely high hardness, excellent wear resistance
Application: conveying extremely high pressure gas, liquid and other fluids
Factors such as production process, size, material composition and use
- Welded Carbon Steel Pipe (ERW Pipe)
Production process: Electric resistance welding (ERW)
Features: Low cost, high production efficiency, suitable for low pressure applications
Application: Transporting liquids and gases such as water, gas, and oil - Seamless Carbon Steel Pipe (Seamless Pipe)
Production process: Hot rolling or cold rolling
Features: High strength, good pressure resistance, suitable for high pressure applications
Application: Transporting high pressure gas, liquid and other fluids - Threaded Carbon Steel Pipe (Threaded Pipe)
Production process: Hot rolling or cold rolling
Features: With threaded connection, easy to install and disassemble
Application: Transporting liquids and gases such as water, gas, and oil
4. Hot Rolled Carbon Steel Pipe (Hot Rolled Pipe)
Production process: Hot rolling
Features: High strength, good pressure resistance, suitable for high pressure applications
Application: Transporting high pressure gas, liquid and other fluids - Cold Rolled Carbon Steel Pipe (Cold Rolled Pipe)
Production process: Cold rolling
Features: High strength, good pressure resistance, suitable for high pressure applications
Application: Transporting high pressure gas, liquid and other fluids - Galvanized Carbon Steel Pipe (Galvanized Pipe)
Production process: hot-dip galvanizing
Features: good corrosion resistance
Application: transporting liquids and gases such as water, gas, oil, etc. - Tin-plated Carbon Steel Pipe (Tinplate Pipe)
Production process: hot-dip tinning
Features: good corrosion resistance
Application: transporting liquids and gases such as water, gas, oil, etc. - High Pressure Carbon Steel Pipe (High Pressure Pipe)
Production process: hot rolling or cold rolling
Features: high strength, good pressure resistance
Application: transporting high-pressure gas, liquid and other fluids - Low Temperature Carbon Steel Pipe (Low Temperature Pipe)
Production process: hot rolling or cold rolling
Features: good low temperature resistance
Application: transporting low temperature liquids and gases - Corrosion Resistant Carbon Steel Pipe (Corrosion Resistant Pipe)
Production process: hot rolling or cold rolling
Features: good corrosion resistance
Application: transporting corrosive liquids and gases
