Yes. We offer flame cutting and plasma cutting for your ABS Grade D marine paltes based on your drawings.
Yes. Depending on the thickness requirements, ABS Grade D is typically supplied in the hot-rolled (AR), controlled-rolled (CR) or normalised condition to optimise its internal structure.
Although both grades have the same strength rating, the main difference lies in the impact toughness requirements. Grade A does not typically require low-temperature impact testing, whereas Grade D must achieve the specified impact energy at -20°C (longitudinal: ≥ 27 kJ, transverse: ≥ 20 kJ).
The lead time for ABS Grade B shipbuilding steel plates depends on the specifications and order quantity. For standard specifications of ABS Grade B steel plates, the lead time is 15–20 working days; for custom specifications or large orders of ABS Grade B shipbuilding steel plates, we will confirm the delivery date with you in advance to ensure on-time delivery.
Yes, all our ABS shipbuilding plates are certified by the American Bureau of Shipping (ABS). We will provide full certification documents and a Material Test Certificate (MTC) to ensure that our ABS steel plate products comply with international maritime industry regulations and meet the acceptance requirements for our customers’ projects.
Yes, we can customise the thickness, width, length and delivery terms of ABS Grade B shipbuilding steel plates to meet customer requirements. We can also provide additional processing services, such as shot blasting, cutting and welding.
No. ABS Grade B only requires impact testing at 0°C. For lower temperatures (–20°C or below), consider ABS Grade D or E.
Yes, ABS Grade B marine steel offers excellent weldability. However, preheating may be required for thicknesses exceeding 50 mm or in low ambient temperatures. Please consult our technical team regarding the Welding Procedure Specification (WPS).
Yes. Depending on the thickness (typically 40 mm or more), we can supply ABS shipbuilding steel plates in either normalized (N) or thermomechanically controlled process (TMCP) conditions to improve the grain structure.
ABS Grade A is a type of carbon steel. It is not corrosion-resistant in marine environments and is prone to rusting; therefore, it must undergo anti-corrosion treatment.
Surface preparation: Sandblasting to Sa2.5
Coating: Epoxy primer + intermediate coat + topcoat
Ballast tanks: Specialised anti-corrosion coating + cathodic protection