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P335GH Pressure Plate SA516GR70
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P335GH Pressure Plate SA516GR70

P335GH Pressure Plate SA516GR70

P355GH Pressure Plate SA516GR70 is a container plate widely used in the manufacturing of pressure vessels for high-temperature applications. It possesses excellent mechanical properties with a minimum yield strength of 355 MPa, ensuring structural integrity under extreme pressure conditions. P355GH also offers good weldability and impact resistance, making it suitable for various industrial settings. Its main purpose is to provide a reliable and safe containment solution for gases and liquids at elevated temperatures, facilitating efficient processes and ensuring operational safety.
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Product Introduction
Introduction to Pressure Plate SA516GR70

 

EN10028-2 P355GH Pressure Vessel And Boiler Steel Plate

EN10028-2 P355GH Pressure Vessel And Boiler Steel Plate Chemical Composition

Grade

C

Mn

Si max

P max

S max

EN10028-2 P355GH

0.1-0.22

1.1-1.7

0.6

0.025

0.015

 

EN10028-2 P355GH Pressure Vessel And Boiler Steel Plate Mechanical Property

Grade

Tensile Strength(MPa)

Yield Strength(MPa) min

% Elongation in 2 in.(50mm) min

Impacting Test Temperature(°C)

EN10028-2 P355GH

470-650

355

20

+20,0,-20

 

 
product introduction

Introduction

Pressure plate SA516GR70 is a carbon steel material that complies with European standard EN 10028-2 and is mainly used in the manufacture of boilers, pressure vessels and other equipment that need to withstand high temperatures and pressures.

 

Advantages

1.Good pressure bearing capacity
The tensile strength range of pressure plate SA516GR70 is 470-650 MPa, and the minimum yield strength is 355 MPa, which ensures stability under high pressure conditions and avoids plastic deformation. In addition, the maximum pressure is 0.025 and the maximum absorption is 0.015, indicating that the steel plate can withstand high internal and external pressures and has good bearing capacity, which is suitable for use in high-pressure equipment such as pressure vessels and boilers.

 

2.Good toughness
The minimum elongation of pressure plate SA516GR70 within 2 inches (50 mm) is 20%. The higher elongation means that the material can produce a certain deformation during the stress process instead of sudden breakage. Steel plates with high elongation can better cope with the needs of complex working conditions such as vibration, impact or dynamic loads, and ensure the long-term stability of equipment or structures during use.

 

3.Adapt to various temperature environments
At temperatures of +20℃, 0℃ and -20℃, the P335GH pressure plate SA516GR70 can pass the impact test, which is suitable for applications in cold areas or low temperature environments, and can withstand impact loads at lower temperatures.

 

4.Low carbon content improves weldability
The carbon content of the pressure plate SA516GR70 is between 0.1-0.22%. During the welding process, the high-temperature brittleness caused by low carbon steel is reduced, and it is easier to produce a stable metal structure at the welded joint, and it is not easy to crack. Especially when welding at high temperatures, the material will not become brittle due to excessive carbon content.

 

5.Wear resistance
The manganese content is between 1.1-1.7%, and the silicon content is up to 0.6%. The addition of these two elements improves the wear resistance of the material, especially for corrosive environments such as petrochemicals, and prolongs the service life of the material.

 

Applications

1. Pressure vessels
Used to manufacture containers that withstand internal pressure, such as gas tanks, reactors, etc.

 

2. Boilers and steam equipment
P335GH is a commonly used steel plate in boiler manufacturing, especially suitable for boiler shells, furnaces and pipelines.

 

3. Petrochemical industry
Used to manufacture oil and natural gas storage containers, pipelines and refining equipment.

 

4. Storage tanks and pressure storage equipment
Used to manufacture various liquid and gas storage tanks, pressure tanks, etc., especially in the fields of petrochemicals, natural gas storage and liquefied gas storage.

 

5. Heat exchangers and heat exchange equipment
Used to manufacture heat exchangers, coolers, heat pipes and other equipment.

 

6. Shipbuilding and marine engineering
Used in the construction of pressure vessels and storage tanks for some ships and offshore platforms.

 

7. Power generation equipment
Commonly used in boilers, steam turbines, heat exchangers and other equipment in power plants.

 

8. Nuclear energy industry
In nuclear power generation facilities, Pressure plate SA516GR70 can also be used to manufacture high temperature and high pressure resistant equipment parts, such as pressure vessels and cooling system parts of nuclear reactors.

FAQ

Q: What is the chemical composition of P335GH pressure plate SA516GR70?

A: The chemical composition of pressure plate SA516GR70 includes elements such as carbon (C), silicon (Si), manganese (Mn), sulfur (S), phosphorus (P) and chromium (Cr), and the specific composition varies according to different standard requirements.

Q: How is pressure plate SA516GR70 different from P235GH?

A: pressure plate SA516GR70 and P235GH mainly differ in their temperature resistance and strength. pressure plate SA516GR70 has a higher temperature tolerance and is suitable for environments with higher pressure and temperature.

Q: How is the weldability of pressure plate SA516GR70?

A: pressure plate SA516GR70 has good weldability and is suitable for a variety of welding methods such as arc welding and argon arc welding. When welding, it is necessary to pay attention to controlling the temperature to avoid brittleness in the welding area.

Q: How to heat treat pressure plate SA516GR70?

A: The heat treatment of pressure plate SA516GR70 includes normalizing and annealing processes, through which its corrosion resistance and mechanical properties can be improved.

Q: What is the difference between pressure plate SA516GR70 and other pressure vessel steels?

A: The main features of pressure plate SA516GR70 are good oxidation resistance and high temperature resistance, and it is often used under conditions requiring higher temperature and pressure, while other pressure vessel steels such as P265GH have lower temperature resistance.

Q: How to store and transport pressure plate SA516GR70 steel?

A: pressure plate SA516GR70 steel should be stored in a dry, well-ventilated place to avoid contact with moisture. It should be avoided from exposure to severe weather during transportation.

Q: What is the difference between pressure plate SA516GR70 and P355GH?

A: The difference between pressure plate SA516GR70 and P355GH is mainly that P355GH has higher strength and better temperature resistance, which is suitable for applications at higher temperatures.

Q: What are the pre-welding preparations for pressure plate SA516GR70?

A: Before welding pressure plate SA516GR70, ensure that the steel surface is clean and free of oil, scale or other impurities to improve the welding quality.

Q: How long is the service life of pressure plate SA516GR70?

A: The service life of pressure plate SA516GR70 is closely related to its working environment. Under normal industrial application conditions, the service life of pressure plate SA516GR70 can usually reach more than 10 years.

Q: How to surface treat pressure plate SA516GR70?

A: The surface of pressure plate SA516GR70 can be treated by shot peening, coating, galvanizing, etc. to enhance its corrosion resistance and wear resistance.

Q: Is pressure plate SA516GR70 suitable for low temperature applications?

A: pressure plate SA516GR70 is not suitable for low temperature applications. Use in an environment below -20°C may cause brittle fracture. In low temperature environments, it is recommended to choose materials with stronger low temperature toughness.

Q: What should be paid attention to when processing P335GH pressure plate SA516GR70?

A: When processing pressure plate SA516GR70, ensure that the cutting and punching tools are sharp to avoid unnecessary damage to the surface of the material. At the same time, controlling the processing temperature can avoid overheating of the steel.

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