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ASTM SA516Gr70(HIC) S355J2 American Standard S355J0WP corten A S355J2W corten B Hydrogen Resistant Plate ABS Hot Rolled ASTM 09MnNiDR Low Temperature Container Plate

ASTM SA516Gr70(HIC) S355J2 American Standard S355J0WP corten A S355J2W corten B Hydrogen Resistant Plate ABS Hot Rolled ASTM 09MnNiDR Low Temperature Container Plate

ASTM A36 Q235 Q355 Q345 SS400 SAE1006 SAE1010 S355JR carbon steel plate sheet EN10025-2 S355JR S355J0 S355J2 S355K2 hot rolled steel plate

ASTM SA516Gr70(HIC) S355J2 American Standard S355J0WP corten A S355J2W corten B Hydrogen Resistant Plate ABS Hot Rolled ASTM 09MnNiDR Low Temperature Container Plate

What is carbon steel plate?

Carbon steel plates are made from an alloy comprised of iron and carbon. Carbon Steel Plate is one of the most commonly used steels in the United States. Alloy steels can contain a variety of elements including chromium, nickel, and vanadium.

Cold rolled steel sheet Low Carbon Steel plate-St12 Steel Plate

This product list describes a portfolio of hot-rolled steel plates designed for three primary extreme service environments: hydrogen resistanceatmospheric corrosion resistance (weathering), and low-temperature containment. These are specialized steels used in critical applications across the petrochemical, architectural, and energy sectors.


Detailed Breakdown by Category

1. Hydrogen Resistant Steels (For Sour Service)

These plates are engineered to resist failure in environments containing wet hydrogen sulfide (H₂S), a common condition in oil and gas refining known as “sour service.”

  • ASTM SA516 Gr70 (HIC):

    • Standard: ASTM A516

    • Description: This is a carbon steel plate for pressure vessels. The “(HIC)” suffix is crucial, indicating it has been manufactured with special melting practices and testing to be Resistant to Hydrogen-Induced Cracking (HIC) and Sulfide Stress Cracking (SSC). HIC occurs when atomic hydrogen diffuses into the steel and forms internal blisters or cracks.

    • Application: Pressure vessels, reactors, and separators in oil refineries, petrochemical plants, and gas processing facilities where “sour” (H₂S-containing) hydrocarbons are present.

  • Hydrogen Resistant Plate:

    • This is a general term for plates meeting the requirements of standards like NACE MR0175/ISO 15156, which govern materials for sour service. SA516 Gr70 (HIC) is a prime example.

  • ABS Hot Rolled:

    • Standard: American Bureau of Shipping (ABS)

    • Description: This indicates the steel plate is certified by the ABS classification society for use in shipbuilding. For hydrogen service, this would likely be an ABS-grade steel (e.g., ABS Grade A through F) specified with additional HIC testing requirements.

    • Application: Ship hulls, offshore structures, and marine cargo tanks that may carry sour crude oil or other corrosive cargos.

2. Atmospheric Corrosion Resistant Steels (Weathering Steel)

These steels, commonly known as “weathering steel,” form a dense, stable oxide layer (patina) upon exposure to the atmosphere. This adhesive layer protects the underlying metal, eliminating the need for painting in many applications.

  • S355J0WP & S355J2W:

    • Standard: EN 10025-5 (European Standard)

    • Description: These are structural steels with improved atmospheric corrosion resistance.

      • S355 indicates a minimum yield strength of 355 MPa.

      • J0 and J2 indicate impact toughness tested at 0°C and -20°C, respectively.

      • W stands for “Weathering.”

      • P stands for “Plate.”

    • Application: Architectural building facades, bridges, un-painted structural components, and artistic sculptures.

  • Corten A & Corten B:

    • Standard: ASTM A242 (Corten A) / ASTM A588 (Corten B)

    • Description: These are the classic, proprietary U.S. grades for high-strength low-alloy weathering steel. “Corten” is a well-known trademark.

      • Corten A is typically used for sheet and architectural applications.

      • Corten B is a tougher grade more commonly supplied as plate for structural applications like bridges.

    • Application: Similar to the S355JxW grades, used extensively in exposed architecture, bridge construction, and outdoor sculpture.

3. Low Temperature Container Plate

This steel is designed to maintain high toughness and resist brittle fracture at very low (cryogenic) temperatures.

  • ASTM A/SA 09MnNiDR:

    • Standard: ASTM A/SA 841 (a standard specification for steel plates for pressure vessels)

    • Description: This is a fine-grain, normalized (or normalized-rolled) carbon-manganese-nickel steel plate. The “DR” stands for “Low Temperature”.

      • The “09” indicates a low carbon content (~0.09% max).

      • The “MnNi” indicates alloying with Manganese and Nickel, which greatly enhances low-temperature toughness.

      • It is typically used for service temperatures down to -70°C (-94°F).

    • Application: Pressure vessels for the storage and transportation of liquefied gases (LPG, LNG, ammonia, etc.), cryogenic storage tanks, and other equipment operating at low temperatures.

Summary Table of Applications

Steel Grade / Category Primary Characteristic Typical Application
SA516 Gr70 (HIC) Resistance to Hydrogen-Induced Cracking Refinery pressure vessels, sour gas scrubbers
S355J0WP / S355J2W Atmospheric Corrosion Resistance Architectural structures, bridges, containers
Corten A / Corten B Atmospheric Corrosion Resistance Building cladding, bridges, outdoor art
09MnNiDR Excellent Low-Temperature Toughness (down to -70°C) Cryogenic storage tanks, LPG/LNG carriers

In essence, this product list represents a specialized supplier capable of providing steel plates for some of the most challenging engineering environments, from the corrosive depths of oil refineries to the artistic and architectural expression of modern buildings and the frigid conditions of cryogenic storage.

 

The properties of carbon steel are high hardness, strength, wear resistance and anti-corrosion.

Carbon steel is an alloy with carbon and iron, with carbon content up to 2.1% by weight. The increase in the carbon percentage will raise steel’s hardness and strength, but it will be less ductile. Carbon steel has good properties in hardness and strength, and it is less expensive than other steels.

Hot Rolled Q235 Q195 A36 ST37 Iron Metal Sheet Carbon Steel Plate Marine Shipbuilding Steel Plate

Product Specification and Steel Grade (For Reference)

Quality Testing direction Material-No. Yield point Rp0,2  (MPa) Tensile strength Rm (MPA) Elongation A80 (in %) min. r-Value 90° min. n-Value 90° min. Old Description
DC01 Q 1.0330 ≤280 270 – 410 28 St 12-03
DC03 Q 1.0347 ≤240 270 – 370 34 1,30 St 13-03
DC04 Q 1.0338 ≤210 270 – 350 38 1,60 0,18 St 14-03
DC05 Q 1.0312 ≤180 270 – 330 40 1,90 0,20 St 15-03
DC06 Q 1.0873 ≤170 270 – 330 41 2,10 0,22
DC07 Q 1.0898 ≤150 250 – 310 44 2,50 0,23
Application JIS ASTM SAE
Commercial Quality G3131 SPHC A569
A635
A659
A1011 CS Type A, B, C
1006~1025
Drawing Quality G3131 SPHD 1006-1010
Deep Drawing Quality G3131 SPHE A622
A1011 DS Type A, B
1006~1010
General Structure
(T.S. < 490 N/mm2)
G3101 SS330
SS400
G3106 SM400A
G3132 SPHT1
SPHT2
SPHT3
A36
A283 GR.C
A570 GR.30~40
A1001 SS GR.30~40
1010~1025
General Structure
(T.S. ≧ 490 N/mm2)
G3101 SS490
G3106 SM490A
SM490A
SM490YA
G3132 SPH4
A570 GR.45~50
A607 GR.45~70
A1011 SS GR.45, 50
A1011 HSLAS GR.45~70
J1392 050X

Available Size

Carbon Steel Hot Rolled Coil / Strip
Thickness (mm) Mill Edge
Width (mm)
Cut Edge
Width (mm)
Coil Inside
Diameter (mm)
Coil 1.50~6.50 720~1860 762
Coil 6.51~10.00 850~1500 762
Strip 1.50~6.50 30~720 762
Carbon Steel Hot Rolled Plate / Sheet
Thickness (mm) Mill Edge
Width (mm)
Coil Inside
Diameter (mm)
Plate 6.00~150 500~4000 1200~18000
Sheet 1.50~5.99 50~1845 760~6100

Application

Carbon hot rolled steel sheets and plates are used in the welding and construction sectors such as railroad tracks, construction equipment, boom cranes, agriculture equipment and heavy vehicle frames. By varying the percentage in carbon steel, it is possible to produce steel with a variety of different qualities. In general, higher carbon content in steel makes steel harder, brittler and less ductile.

Carbon cold rolled steel coils and strips are produced with a highly adaptable manufacturing process, which are extensively used in automobile, washing machines, refrigerators, electrical appliances and steel office equipment. By varying the percentage in carbon steel, it is possible to produce steel with a variety of different qualities. In general, higher carbon content in steel makes steel harder, brittler and less ductile.

Parameter

Product Hot rolled  carbon steel plate sheet  or coil Cold rolled carbon steel plate sheet or coil
Thickness 3.0mm-200mm 0.3mm-6.0mm
Standard Width 1240mm/1500mm/1800mm/2000mm/2200mm 1000mm/1219mm/1500mm
Standard Length 2438mm/6000mm or as client’s requirement 2000mm/2439mm/3000mm or as per client’s requirement
Standard ASTM,JIS,SUS,GB,DIN ASTM,JIS,SUS,GB,DIN
Packing Standard export packing for stainless steel sheet:1.surface polish,2: bundle package,3:wooden case,wooden pallet package,4:container or bulk,5:special according to customer’s request
Application  carbon Steel Sheet are widely used in below fields:1.Construction field,shipping building industry2.Petroleum and Chemical Industries3.Food and Mechanical Industries4.Boiler Heat Exchange5.Machinery and Hardware Industries

 

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