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AH36 vs DH36 vs EH36 Steel: A Practical Guide for Ship Repair & Offshore Procurement

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Introducción

Shipbuilding steel plates stacked for delivery certified ABS LR BV DNV
ah36 dh36 steel plate stock ready for shipment

Why AH36 / DH36 / EH36 Steel Are Used in Marine & Offshore Applications

AH36 vs DH36 vs EH36 — Grade Differences

GradoImpact Test TemperatureTypical Usage Scenario
Acero AH360°CGeneral hull structure, decks, stiffeners
Acero DH36-20°CShips in colder waters, enhanced decks and bulkheads
Acero EH36-40°CPlataformas marinas, deep-sea equipment, high-strength load-bearing parts

GradoCMnSiP (máx)S (máx)Nb/V/Ti (Microalloy)
AH36 / DH36 / EH36≤0.180.90-1.600.10–0.500.0350.035Allowed (for strength & toughness)

GradoLímite elástico (MPa)Resistencia a la tracción (MPa)Alargamiento (%)
AH36 / DH36 / EH36≥355490-620≥21
EspesorAnchuraLongitudSupply Notes
6–50mm1500–3200mm6000-12000 mmTypical available specifications, mixed sizes allowed

Workers replacing a hull plate with AH36DH36 steel during ship repair in a dry dock
ship plate replacement

Certification and Classification Considerations

ClasificaciónCommon Regions / Uses
ABSGlobal commercial and cargo fleets
LR / BVEurope, Africa, Middle East marine markets
DNVOffshore engineering and Northern Europe operations

Grado de aceroComparable MaterialsReplaceability Notes
AH36Q345 / S355Can be substituted in non-classed general marine fabrication
DH36 / EH36Higher notch toughness variantsMust follow ship classification requirements; matching certificate is critical

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