Ah36 Dh36 A36 Steel Plate Cold Rolled Ship Building Steel Plate with High Strength Ship Building Steel Plate

• Customization: Available
• After-sales Service: Contact Supplier
• Warranty: Contact Supplier
• Type: Steel Plate
• Standard: ASTM, AISI, GB, JIS, DIN
• Certification: ISO, RoHS, IBR
• Surface Treatment: Milling
• Technique: Hot Rolled
• Application: Mold & Dies, Ship Plate, Boiler Plate, Container Plate, Flange Plate
• Special Use: Cutting Tools, Measuring Tools, Cutters in Common Steel, High-strength Steel Plate, Wear Resistant Steel
• Stock: Stock
• Technical Test: Ut Test, Bending Test, Charpy Test
• Alloy or Not: Non-Alloy
• Thickness: Customized
• Keyword: ABS Gr.a Marine Steel Plate for Shipbuilding
• Product Name: Hull Structure Mild Steel
• Invoicing: Invoicing
• Tolerance: ±1%
• Length: as Customized
• Ssurface Treatment: Natural Surface
• Payament: 30%Tt Advance + 70% Balance
• Transport Package: Sea Worth Package
• Specification: Customized
• Trademark: ZK
• Origin: China
• Production Capacity: 2000000tons

Product Description

Description

Shipboard is an important material used in manufacturing ship hull structure. Its performance, material and other characteristics are directly related to the safety, durability and applicability of the ship.

Product Name	Marine steel plate
Standard	AISI ASTM DIN JIS GB
Length	According to the demand
Width	According to the demand
Thickness	According to the demand
Material	A, B,  E,  AH32, AH36, DH32, DH36, EH32,  EH36 etc CCS,  ABS,  GL, LR,  DNV,  BV, RINA, NK, KR.
Payment	T/T
Application	Marine steel plate has a wide range of applications in shipbuilding. First, Marine steel plates can be used to manufacture the shell and internal structure of ships. Secondly, Marine steel plates can also be used to manufacture mechanical equipment and parts of ships
Export packing	Waterproof paper, and steel strip packed. Standard Export Seaworthy Package.Suit for all kinds of transport,or as required

Specification

Material of ship plate

Special material ship plates

1. Carbon steel ship plate
Features: low cost, good process performance, suitable for general ship structure.
Q235B, Q345C (corresponding to classification society grades such as CCS-A, CCS-B).
ABS-A, LR-A (in compliance with classification society standards such as ABS, LR).
Application: main hull structure, non-critical parts (such as cargo holds, decks).

2. Low alloy steel ship plate
Features: adding alloy elements such as manganese, silicon, vanadium, high strength and good corrosion resistance.
Q345D, Q390E (corresponding to CCS-D, CCS-E grade high-strength ship plates).
ABS-H32, DNV-GL-A36 (high-strength ship plates, yield strength 315-355MPa).
Application: Key parts of large ships (such as high-strength areas at the bow and stern), offshore vessels.

Stainless steel ship plates: Excellent corrosion resistance, used for chemical tankers, food transport ships, etc. (such as 316L stainless steel).

Aluminum alloy ship plates: Light weight, good corrosion resistance, suitable for high-speed boats and yachts (such as 5083 aluminum alloy).

Composite ship plates: Glass fiber reinforced plastic (GRP), etc., used for small ships or special demand scenarios.

Certifications

CERTIFICATE OF SHIP PLATE

Our Plate have different certificate , can meet major international classification societies:
ABS (American Bureau of Shipping): formulates ship plate material specifications, such as ABS "Steel Hull Construction".
LR (Lloyd's Register of Shipping): tests and certifies the mechanical properties and chemical composition of ship plates.
DNV-GL (Det Norske Veritas): issues ship plate material certification certificates (such as MED certification for ship equipment).
CCS (China Classification Society): The main certification body for domestic shipbuilding, ship plates must comply with the "Steel Seagoing Ship Classification Rules".

We can meet ISO standards: such as ISO 683-1 "Heat-treatable steel, alloy steel and free-cutting steel" for ship plate material requirements.

Maritime Organization (IMO) specifications: such as the "International Convention for the Safety of Life at Sea (SOLAS)" for ship plate fire protection and corrosion protection requirements.

Performance

Performance of Ship Plates

1. Mechanical properties
Strength: It needs to have high tensile strength and yield strength to withstand the water pressure, wind and wave impact and self-load of the ship during navigation. For example, the yield strength of common ship plates is usually above 235MPa (such as Q235B).
Toughness: It still maintains good impact toughness in low temperature environment to avoid the hull structure from cracking due to low temperature (such as the ABS specification requires that the impact energy of the ship plate at -20℃ meets the standard).
Plasticity: It has a certain elongation to ensure that the hull is not easy to break when deformed by external forces. Generally, the elongation must reach more than 20%.

2. Process performance
Welding performance: The ship plate needs to be easy to weld, and the mechanical properties of the heat-affected zone after welding do not decrease significantly to avoid weld cracking (such as the carbon equivalent is controlled below 0.4% to ensure weldability).
Forming performance: It can be formed by cold bending, hot processing and other methods to meet the processing requirements of complex hull structures (such as the bending angle and bending center diameter in the cold bending test must meet the standard).

3. Corrosion resistance
Long-term contact with corrosive media such as seawater and humid air requires good seawater corrosion resistance. Some ship plates will improve corrosion resistance by adding alloy elements (such as copper and nickel) or surface treatment.

4. High and low temperature resistance
Ship plates in high temperature areas such as engine rooms need to be resistant to high temperatures, while ship plates for polar routes need to be resistant to low temperatures (for example, nickel alloy ship plates can withstand temperatures below -100°C).

Customer concerns

About our ship plates:
1. Our thickness and specifications
We can recommend different thicknesses according to different parts of the ship plates. The thickness of the hull shell is 6-50mm, and the thickness of the bottom plate of a large tanker can reach more than 30mm.
The specifications must meet the shipbuilding process requirements (such as the width is usually 1.5-3m and the length can reach 12m).
2. Our surface treatment
The ship plates need to be derusted (such as Sa2.5 grade sandblasting derusting) and painted (primer, intermediate paint, topcoat) to prevent seawater corrosion. The coating thickness is usually 200-300μm.
3. Weight and cost
Under the trend of lightweight design, high-strength ship plates are preferred to reduce the amount of steel (such as using Q460E instead of Q345D can reduce weight by 20%).
4. Our ship plates have excellent environmental protection and sustainability
We meet the EU's "Ship Energy Efficiency Design Index (EEDI)" requirements for low-carbon ship plate materials, and some ship plates use recycled steel (such as scrap steel recycling and smelting).
The coating must meet environmental standards (such as low VOC paint to avoid polluting the ocean).

Packaging & Shipping

Our Advantages

Pre-Sale service
1.Sample: Free sample can be provided with delivery charge afforded by you. 
2.Production: We have own factory for machinery processing. Any shape can be customized. 3.Customization: Your logo can be stamped on products for free. The packing can be also design for your demand. Special material and size can be customized according to your quantity. 
4. Transportation: Main gent of MSK/APL/MSK/SPL/COSCO/CMA etc. Best shipping service and charge. Bulk shipment,container shipment advantage. 
During production 
1. Quality control: Material inspection, trial production, finished production testing and support Ly's, BV, TUV, ASB, SGS third party test. 
2. Production procedures update every 2days. 
After-sales service 
3 years warranty.