• S235JRH STEEL PIPE
  • S235JRH STEEL PIPE
  • S235JRH STEEL PIPE
  • S235JRH STEEL PIPE
S235JRH STEEL PIPE
S235JRH STEEL PIPE
S235JRH STEEL PIPE
S235JRH STEEL PIPE
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  • Details
  • Brief Description 
    S235JRH is a non-alloy structural steel grade that is commonly specified under European standards such as EN 10219 and EN 10210. EN 10219 covers cold-formed welded structural hollow sections made from non-alloy and fine-grain steels, defining requirements for dimensions, mechanical properties, and tolerances. EN 10210, on the other hand, pertains to hot-finished structural hollow sections, specifying similar requirements but for hot-finished products. 
    Basic Information 
    S235JRH STEEL PIPE 
    Type: Circular Hollow Section(CHS), Rectangular Hollow Section(RHS), Square Hollow Section(SHS) 
    Standard: EN 10219, EN 10210 
    Outside Diameter: 
    1/2 INCH - 24 INCH(CHS) 
    20MM × 20MM - 1200MM × 1200MM(SHS) 
    20MM × 30MM - 1000MM × 1500MM(RHS) 
    Wall Thickness: 
    1.3MM - 22MM(CHS) 
    1.3MM - 50MM(SHS,RHS) 
    Length: Commonly used 5.8M, 6M, 12M, but we can also produces depends on client's requirement. 
    Common Process: 
    ERW: 20MM - 660MM (OD)                    Wall Thickness: 1.3MM - 50MM 
    LSAW:406MM - 1420MM (OD)              Wall Thickness: 10MM - 50MM 
    SSAW: 219MM - 4084MM (OD)             Wall Thickness: 7.75MM - 25.4MM 
    Coating: Black paint, Varnish, Anti-rust oil. 
    Applications: Agricultural equipment, Architectural structures, Construction frameworks for bridges and buildings,

    Mechanical equipment, Transportation construction.
    Chemical Composition 

    Composition, max, %
     EN 10219, EN 10210
    Carbon (C)0.17
    Manganese (Mn)1.4
    Phosphorus (P)0.04
    Sulfur (S)0.04
    Nitrogen (N)0.009

    The chemical composition of S235JRH steel is consistent across both EN 10219 and EN 10210 standards,These limits ensure that S235JRH maintains its structural integrity and weldability.
    Mechanical Properties 

    mechanical properties
     EN 10219, EN 10210

     
    wall thickness ≤ 16 mmwall thickness > 16 mm and ≤ 40 mm
    Yield Strength (ReH),min235 MPa225 MPa
    Tensile Strength (Rm)360 - 510 MPa360 - 510 MPa
    Elongation (A),min24.00%22.00%

    The mechanical properties of S235JRH are largely similar under both EN 10219 and EN 10210. 
    Applications 
    S235JRH is widely used in various structural applications due to its good machinability, weldability, and moderate strength:

    EN 10219:

    This standard covers cold-formed welded structural hollow sections, making S235JRH suitable for applications like square, rectangular, and circular hollow sections used in construction, bridges, and industrial structures

    EN 10210:

    This standard covers hot-finished structural hollow sections, which are ideal for applications requiring higher dimensional accuracy and surface quality, such as structural frames, columns, and beams.
    Advantages

    Good Weldability: S235JRH has excellent weldability, making it suitable for applications requiring extensive welding. 
    Moderate Strength and High Ductility: With a relatively low yield strength, S235JRH offers high ductility, which is beneficial for applications where deformation is expected. 
    Cost-Effective: It is a cost-effective material for general structural applications where high strength is not critical.  
    Main Differences Between EN 10219 And EN 10210  

    Manufacturing Process:

    ● EN 10219: Focuses on cold-formed welded sections, which are more suitable for applications requiring lighter and more complex shapes. 

    ● EN 10210: Focuses on hot-finished sections, which provide better dimensional accuracy and surface finish, making them suitable for load-bearing applications 
    Impact Resistance:

    ● EN 10219 does not require impact testing for S235JRH unless specified. 

    ● EN 10210 may require impact testing at -20°C or 0°C for certain applications.
    Application Suitability:

    ● EN 10219: Better for lighter structures and applications where weight reduction is important.  

    ● EN 10210: Ideal for heavy-duty structural applications requiring higher strength and dimensional stability. 
     

    In summary, S235JRH is a versatile structural steel grade suitable for a wide range of applications under both EN 10219 and EN 10210 standards. The choice between the two standards depends on the specific requirements of the application, such as manufacturing process, dimensional accuracy, and environmental conditions.

    ​

S235JRH STEEL PIPE

S235JRH STEEL PIPE Type: Circular Hollow Section(CHS), Rectangular Hollow Section(RHS), Square Hollow Section(SHS) Standard: EN 10219, EN 10210 Outside Diameter: 1/2 INCH - 24 INCH(CHS) 20MM × 20MM - 1200MM × 1200MM(SHS) 20MM × 30MM - 1000MM × 1500MM(RHS) Wall Thickness: 1.3MM - 22MM(CHS) 1.3MM - 50MM(SHS,RHS) Length: Commonly used 5.8M, 6M, 12M, but we can also produces depends on client's requirement. Common Process: ERW: 20MM - 660MM (OD)                    Wall Thickness: 1.3MM - 50MM LSAW:406MM - 1420MM (OD)              Wall Thickness: 10MM - 50MM SSAW: 219MM - 4084MM (OD)             Wall Thickness: 7.75MM - 25.4MM Coating: Black paint, Varnish, Anti-rust oil. Applications: Agricultural equipment, Architectural structures, Construction frameworks for bridges and buildings, Mechanical equipment, Transportation construction.

Keyword

  • Details
  • Brief Description 
    S235JRH is a non-alloy structural steel grade that is commonly specified under European standards such as EN 10219 and EN 10210. EN 10219 covers cold-formed welded structural hollow sections made from non-alloy and fine-grain steels, defining requirements for dimensions, mechanical properties, and tolerances. EN 10210, on the other hand, pertains to hot-finished structural hollow sections, specifying similar requirements but for hot-finished products. 
    Basic Information 
    S235JRH STEEL PIPE 
    Type: Circular Hollow Section(CHS), Rectangular Hollow Section(RHS), Square Hollow Section(SHS) 
    Standard: EN 10219, EN 10210 
    Outside Diameter: 
    1/2 INCH - 24 INCH(CHS) 
    20MM × 20MM - 1200MM × 1200MM(SHS) 
    20MM × 30MM - 1000MM × 1500MM(RHS) 
    Wall Thickness: 
    1.3MM - 22MM(CHS) 
    1.3MM - 50MM(SHS,RHS) 
    Length: Commonly used 5.8M, 6M, 12M, but we can also produces depends on client's requirement. 
    Common Process: 
    ERW: 20MM - 660MM (OD)                    Wall Thickness: 1.3MM - 50MM 
    LSAW:406MM - 1420MM (OD)              Wall Thickness: 10MM - 50MM 
    SSAW: 219MM - 4084MM (OD)             Wall Thickness: 7.75MM - 25.4MM 
    Coating: Black paint, Varnish, Anti-rust oil. 
    Applications: Agricultural equipment, Architectural structures, Construction frameworks for bridges and buildings,

    Mechanical equipment, Transportation construction.
    Chemical Composition 

    Composition, max, %
     EN 10219, EN 10210
    Carbon (C)0.17
    Manganese (Mn)1.4
    Phosphorus (P)0.04
    Sulfur (S)0.04
    Nitrogen (N)0.009

    The chemical composition of S235JRH steel is consistent across both EN 10219 and EN 10210 standards,These limits ensure that S235JRH maintains its structural integrity and weldability.
    Mechanical Properties 

    mechanical properties
     EN 10219, EN 10210

     
    wall thickness ≤ 16 mmwall thickness > 16 mm and ≤ 40 mm
    Yield Strength (ReH),min235 MPa225 MPa
    Tensile Strength (Rm)360 - 510 MPa360 - 510 MPa
    Elongation (A),min24.00%22.00%

    The mechanical properties of S235JRH are largely similar under both EN 10219 and EN 10210. 
    Applications 
    S235JRH is widely used in various structural applications due to its good machinability, weldability, and moderate strength:

    EN 10219:

    This standard covers cold-formed welded structural hollow sections, making S235JRH suitable for applications like square, rectangular, and circular hollow sections used in construction, bridges, and industrial structures

    EN 10210:

    This standard covers hot-finished structural hollow sections, which are ideal for applications requiring higher dimensional accuracy and surface quality, such as structural frames, columns, and beams.
    Advantages

    Good Weldability: S235JRH has excellent weldability, making it suitable for applications requiring extensive welding. 
    Moderate Strength and High Ductility: With a relatively low yield strength, S235JRH offers high ductility, which is beneficial for applications where deformation is expected. 
    Cost-Effective: It is a cost-effective material for general structural applications where high strength is not critical.  
    Main Differences Between EN 10219 And EN 10210  

    Manufacturing Process:

    ● EN 10219: Focuses on cold-formed welded sections, which are more suitable for applications requiring lighter and more complex shapes. 

    ● EN 10210: Focuses on hot-finished sections, which provide better dimensional accuracy and surface finish, making them suitable for load-bearing applications 
    Impact Resistance:

    ● EN 10219 does not require impact testing for S235JRH unless specified. 

    ● EN 10210 may require impact testing at -20°C or 0°C for certain applications.
    Application Suitability:

    ● EN 10219: Better for lighter structures and applications where weight reduction is important.  

    ● EN 10210: Ideal for heavy-duty structural applications requiring higher strength and dimensional stability. 
     

    In summary, S235JRH is a versatile structural steel grade suitable for a wide range of applications under both EN 10219 and EN 10210 standards. The choice between the two standards depends on the specific requirements of the application, such as manufacturing process, dimensional accuracy, and environmental conditions.

    ​

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