TAGS: Ocean engineering steel plate | high-strength low-alloy structural steel | steel plate | grade | AH36 | DH36 | EH36 | FH36 | AH40 | DH40 | EH40 |
The following table provides an introduction to various grades of marine factory steel plates along with their key differences:
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Steel Grade
|
Description
|
Key Differences
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|
AH36
|
High-strength, low-alloy structural steel
|
Offers excellent corrosion resistance and weldability. Suitable for shipbuilding and offshore structures.
|
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DH36
|
High-strength, low-alloy structural steel
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Provides good toughness properties and higher strength compared to AH36. Used in shipbuilding and offshore applications.
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EH36
|
High-strength, low-alloy structural steel
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Exhibits superior toughness and impact resistance. Ideal for demanding marine and offshore environments.
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|
FH36
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High-strength, low-alloy structural steel
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Offers high tensile strength and improved corrosion resistance. Employed in shipbuilding and offshore platforms.
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AH40
|
High-strength, low-alloy structural steel
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Designed for use in the construction of ships' hulls. Provides excellent weldability and impact toughness.
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DH40
|
High-strength, low-alloy structural steel
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Exhibits good fatigue resistance and high strength. Suitable for shipbuilding applications where low-temperature toughness is required.
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|
EH40
|
High-strength, low-alloy structural steel
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Shows excellent weldability, impact toughness, and resistance to brittle fracture. Used in marine engineering and offshore structures.
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These grades of marine factory steel plates differ in terms of their specific properties and suitability for different marine and offshore applications. The differences include variations in corrosion resistance, weldability, toughness, tensile strength, and impact resistance. Careful selection of the appropriate grade is crucial to ensure optimal performance and safety in marine factory settings.
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