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  • EN10217 STEEL PIPE
  • EN10217 STEEL PIPE
EN10217 STEEL PIPE
EN10217 STEEL PIPE
+
  • Details
  • BASIC INFORMATION:

    EN10217 STEEL PIPE  
    Description: longitudinal submerged arc welded steel pipe  
    Standard: EN10217  
    Grade: P195GH, P235GH, P265GH

    Length: Normally 6M/12M, also depends on the requirements

    Advantages: large diameter steel pipes, thick walls, high-pressure resistance: low-temperature resistance.

    Application: For long distance transportation pipelines for oil, gas, water, offshore projects, on land engineering and construction.

    CHEMICAL COMPOSITOIN:

    Chemical composition(cast analysis)%

    Steel Grade

    C

    Si  
    max.

    Mn

    P  
    max.

    S  
    max.

    P195GH

    ≤0.13

    0.35

    ≤0.70

    0.025

    0.020 

    P235GH

    ≤0.16

    0.35

    ≤1.20

    0.025

    0.020 

    P265GH

    ≤0.20

    0.40 

    ≤1.40

    0.025

    0.020 

    1. Carbon (C) :

    Carbon is the main element that affects the strength and hardness of steel. 

    2. Silicon (Si) :

    Silicon is mainly used as a deoxidizer in steel, helping to improve the strength and hardness of steel. The limitation of silicon content in the standard helps to control the mechanical properties of the material.

    3.Manganese (Mn) :

    Manganese is an important element for improving the strength and hardness of steel, while also helping to eliminate the adverse effects of sulfur.

    4. Phosphorus (P) and sulfur (S) :

    Phosphorus and sulfur are harmful elements in steel, which reduce the plasticity and toughness of steel. 
    PHYSICAL REQUIREMENT:

    Mechanical properties for wall thickness T≤16

    Steel Grade

    Tensile properties at room temperature

    Upper yield strength MPa

    Tensile strength Mpa

    Elongation %

    longitudinal

    transverse

    P195GH

    195

    320-440

    27

    25

    P235GH

    235

    360-500

    25

    23

    P265GH

    265

    410-570

    23

    21

    DEFINITION

    ​Steel grade definition:

    P195GH: Electric welded non-alloy steel pipe for room temperature service with specified mechanical properties.

     

    P235GH: Electric welded non-alloy steel pipe for high temperature service with higher yield strength and tensile strength.

     

    P265GH: Also suitable for high temperature service, it is often used in more demanding applications such as pressure vessels and boilers.

     

    Application field

    P195GH: Suitable for general pressure piping and low temperature environments.

     

    P235GH: Widely used in high temperature and high pressure boilers and pressure vessels.

     

    P265GH: For more demanding pressure vessels and heat exchangers.

    ​
    The application and selection of EN10217 steel pipes

    1. Pressure use:

    - EN10217 steel pipes are mainly used for pressure purposes, including non-alloy steel pipes and alloy steel pipes, which can be used in various pressure equipment and piping systems.

     

    2. Technical delivery conditions:

    - This standard specifies the technical delivery conditions of the steel pipe, including the chemical composition, mechanical properties, size, shape, weight and allowable deviations of the material.

     

    3. Quality level:

    - EN10217 steel tubes are divided into two quality classes, TR1 and TR2, of which TR2 quality class is designed to support the basic requirements of EU Directive 2014/68/EU on pressure equipment with specified room temperature characteristics.

     

    4. Temperature performance:

    - Part 2 (EN10217-2) deals with electrically welded non-alloy and alloy steel tubes with specified high temperature properties, which are suitable for pressure applications in high temperature environments.

     

    5. Stainless steel pipe:

    - Part 7 (EN10217-7) is dedicated to stainless steel pipes, including round welded pipes made of austenitic and austenitic ferritic stainless steels, for pressure and corrosion resistance purposes at room temperature, low temperature or high temperature.

     

    6. Material characteristics:

    - When selecting steel pipes, it is necessary to consider the room temperature and high temperature properties of the material, as well as whether it meets specific pressure and temperature requirements.

     

    7. Design and manufacturer evaluation:

    - The technical data specified in the material standard needs to be evaluated by the designer or manufacturer of the pressure equipment to verify that the basic safety requirements (ESRs) of the Pressure Equipment Directive are met.

    ​
     


     
  • Details
  • BASIC INFORMATION:

    EN10217 STEEL PIPE  
    Description: longitudinal submerged arc welded steel pipe  
    Standard: EN10217  
    Grade: P195GH, P235GH, P265GH

    Length: Normally 6M/12M, also depends on the requirements

    Advantages: large diameter steel pipes, thick walls, high-pressure resistance: low-temperature resistance.

    Application: For long distance transportation pipelines for oil, gas, water, offshore projects, on land engineering and construction.

    CHEMICAL COMPOSITOIN:

    Chemical composition(cast analysis)%

    Steel Grade

    C

    Si  
    max.

    Mn

    P  
    max.

    S  
    max.

    P195GH

    ≤0.13

    0.35

    ≤0.70

    0.025

    0.020 

    P235GH

    ≤0.16

    0.35

    ≤1.20

    0.025

    0.020 

    P265GH

    ≤0.20

    0.40 

    ≤1.40

    0.025

    0.020 

    1. Carbon (C) :

    Carbon is the main element that affects the strength and hardness of steel. 

    2. Silicon (Si) :

    Silicon is mainly used as a deoxidizer in steel, helping to improve the strength and hardness of steel. The limitation of silicon content in the standard helps to control the mechanical properties of the material.

    3.Manganese (Mn) :

    Manganese is an important element for improving the strength and hardness of steel, while also helping to eliminate the adverse effects of sulfur.

    4. Phosphorus (P) and sulfur (S) :

    Phosphorus and sulfur are harmful elements in steel, which reduce the plasticity and toughness of steel. 
    PHYSICAL REQUIREMENT:

    Mechanical properties for wall thickness T≤16

    Steel Grade

    Tensile properties at room temperature

    Upper yield strength MPa

    Tensile strength Mpa

    Elongation %

    longitudinal

    transverse

    P195GH

    195

    320-440

    27

    25

    P235GH

    235

    360-500

    25

    23

    P265GH

    265

    410-570

    23

    21

    DEFINITION

    ​Steel grade definition:

    P195GH: Electric welded non-alloy steel pipe for room temperature service with specified mechanical properties.

     

    P235GH: Electric welded non-alloy steel pipe for high temperature service with higher yield strength and tensile strength.

     

    P265GH: Also suitable for high temperature service, it is often used in more demanding applications such as pressure vessels and boilers.

     

    Application field

    P195GH: Suitable for general pressure piping and low temperature environments.

     

    P235GH: Widely used in high temperature and high pressure boilers and pressure vessels.

     

    P265GH: For more demanding pressure vessels and heat exchangers.

    ​
    The application and selection of EN10217 steel pipes

    1. Pressure use:

    - EN10217 steel pipes are mainly used for pressure purposes, including non-alloy steel pipes and alloy steel pipes, which can be used in various pressure equipment and piping systems.

     

    2. Technical delivery conditions:

    - This standard specifies the technical delivery conditions of the steel pipe, including the chemical composition, mechanical properties, size, shape, weight and allowable deviations of the material.

     

    3. Quality level:

    - EN10217 steel tubes are divided into two quality classes, TR1 and TR2, of which TR2 quality class is designed to support the basic requirements of EU Directive 2014/68/EU on pressure equipment with specified room temperature characteristics.

     

    4. Temperature performance:

    - Part 2 (EN10217-2) deals with electrically welded non-alloy and alloy steel tubes with specified high temperature properties, which are suitable for pressure applications in high temperature environments.

     

    5. Stainless steel pipe:

    - Part 7 (EN10217-7) is dedicated to stainless steel pipes, including round welded pipes made of austenitic and austenitic ferritic stainless steels, for pressure and corrosion resistance purposes at room temperature, low temperature or high temperature.

     

    6. Material characteristics:

    - When selecting steel pipes, it is necessary to consider the room temperature and high temperature properties of the material, as well as whether it meets specific pressure and temperature requirements.

     

    7. Design and manufacturer evaluation:

    - The technical data specified in the material standard needs to be evaluated by the designer or manufacturer of the pressure equipment to verify that the basic safety requirements (ESRs) of the Pressure Equipment Directive are met.

    ​
     


     

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