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Tensile yield strength of P265GH steel plate

Jan 23, 2026 Leave a message

Looking for a reliable P265GH steel plate supplier for pressure vessel and boiler applications? You are in the right place.


As a professional pressure vessel steel manufacturer with over 20 years of export experience, GNEE supplies high-quality P265GH steel plate strictly in accordance with EN 10028 standards.

 

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P265GH steel

P265GH steel plate is a widely used pressure vessel steel known for its excellent plasticity, durability, cold bending performance, and weldability. Delivered in normalized condition, it ensures stable performance in high-temperature and high-pressure environments.


In this guide, we will introduce the chemical composition, mechanical properties, production process, thickness range, and industrial applications of P265GH steel plate to help you make the right sourcing decision.

 

👉 Contact us for latest P265GH steel plate price list and technical support.

 

P265GH Steel Plate Specification under EN 10028 Standard

 

P265GH belongs to non-alloy quality steel for pressure purposes under the EN 10028 standard. Its equivalent Chinese grade is 25MnG.

Key specification highlights include:

Standard: EN 10028

Steel type: Pressure vessel steel plate

Delivery condition: Normalized (N)

Deoxidation: Fine grain killed steel

Application temperature: Elevated temperature service

Compared with ordinary carbon steel, P265GH offers better toughness, formability, and long-term service reliability.

 

Chemical Composition of P265GH Steel Plate

 

The controlled chemical composition ensures excellent weldability and stable mechanical performance.

Element C Si Mn Cr Ni Mo Nb V P S Al Cu
Content (%) ≤0.20 ≤0.40 0.80–1.40 ≤0.30 ≤0.30 ≤0.08 ≤0.02 ≤0.010 ≤0.025 ≤0.010 ≥0.020 ≤0.012

This balanced composition helps P265GH steel plate maintain good strength while avoiding brittle fracture during service.

 

Mechanical Properties of P265GH Steel Plate by Thickness

 

The mechanical performance of P265GH steel plate varies with thickness, ensuring safety across different design requirements.

Thickness (mm) Tensile Strength Rm (N/mm²) Yield Strength ReL (N/mm²)
≤16 410–530 265
16 < t ≤ 40 410–530 255
40 < t ≤ 60 410–530 245
60 < t ≤ 100 410–530 215
100 < t ≤ 150 400–530 200
150 < t ≤ 250 390–530 185

These values make P265GH suitable for both thin-wall and thick-wall pressure equipment.

 

P265GH Steel Plate Production Process and Quality Control

 

To ensure consistent quality, GNEE adopts an advanced steelmaking route:

  1. Electric furnace steelmaking
  2. Ladle refining (LF) outside furnace treatment
  3. Vacuum degassing (VD)
  4. Fine grain killed steel control
  5. Normalizing heat treatment

This production process improves internal cleanliness, grain refinement, and mechanical uniformity.
Each P265GH steel plate can be supplied with EN 10204 3.1 or 3.2 inspection certificates.

 

Applications of P265GH Steel Plate in Pressure Equipment

 

P265GH steel plate is widely used in industries requiring high safety and durability.

Typical applications include:

  • Pressure vessels and reactors
  • Heat exchangers and separators
  • Boilers and boiler drums
  • Oil and gas storage tanks
  • Liquefied gas tanks and LPG cylinders
  • Nuclear reactor pressure shells
  • High-pressure water pipes in hydropower stations
  • Turbine volutes and energy equipment

Its excellent welding performance makes it ideal for complex fabricated structures.

 

Why Choose GNEE P265GH Steel Plate Supplier

 

Choosing the right manufacturer directly affects project safety and cost control.

  • Our advantages include:
  • Direct factory supply with competitive pricing
  • Stable chemical and mechanical performance
  • Strict EN 10028 compliance
  • Support for third-party inspection (SGS, BV, TUV)
  • Flexible plate size and thickness customization

 

👉 Contact us for latest P265GH steel plate price list, mill test certificates, and delivery schedule.

 

 

As a proven P265GH steel plate manufacturer, GNEE is committed to supplying reliable pressure vessel steel for demanding industrial applications. With strict quality control, advanced production processes, and global export experience, our P265GH steel plates meet the highest safety and performance standards.

 

If you are sourcing P265GH steel plate for boilers, pressure vessels, or energy equipment, contact us for latest P265GH steel plate price list and professional technical support today.

 

Contact now to get P265GH Steel Plates Quote

 

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Application

What is P265GH steel equivalent to?

P265GH is a European material standard steel grade commonly used in pressure vessel and boiler applications. Its approximate equivalent in ASTM standards is ASTM A516 Grade 60.

 

What is the tensile strength of P265GH?

Steel for boiler making and pressure vessels with a minimum yield strength of 265 MPa and a tensile strength of 410 to 530 MPa.

 

What is the difference between P265GH and S355?

P265gh is a pressure vessel grade steel having superior chemical concentration than the S355 grade. The S355 grade is a structural steel module, having superior mechanical properties compared to the P265gh grade.

 

What is the difference between P235GH and P265GH?

P235GH: Has a minimum yield strength of 235 MPa, making it suitable for moderate-pressure applications. Its tensile strength ranges between 360-500 MPa. P265GH: Offers a higher yield strength of 265 MPa and a tensile strength of 410-570 MPa, providing better performance in higher-pressure environments.

 

What is the temperature range of P265GH material?

The unalloyed steel is designed for use in continuous operation up to approx. 400 °C and for pipes up to approx. 450 °C wall temperature. Sheets made of P265GH are characterized by good weldability and the steels can be easily cold and hot formed.

 

What is P265GH material?

P265GH is a weldable pressure vessel and boiler steel grade used by the world's industrial fabricators. The material, which is ideally suited for elevated temperature service, is commonly found in the oil & gas, petrochemical and chemical industry.

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