造船鋼板

steel for shipbuilding

Product Brand: Gnee
Founding Time: 2008
Sold Countries: 60+
Steel Standard: ABS, LR, DNV, BV, GL, CCS, KR, NK, RINA, ASTM A131, EN10225
Rolling Size: 3-200mm*1220-4200mm*5000-18000mm
Custom Size: Available

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Why Choose Gnee steel for shipbuilding?

如果您想尋找一家值得信賴的造船板材製造商,Gnee將是您的最佳選擇。 15年經驗海工鋼板製造商,通過船級社、CE、ISO、SGS認證。我們保證最高的安全和品質標準。我們滿足著名船級社的所有要求。

Gnee證書展示

證書

1220+全球案例展示

此外,我們的鑽板鋼已成功出口到德國、韓國、美國、墨西哥、阿根廷等60多個國家。許多老客戶來我們公司和工廠參觀並下了多個訂單。

合作公司展示

合作公司展示

What‘s the feature of Gnee Ship Steel Plate?

SHIPBUILDING-STEEL-PLATE-FOR-SALE

原料選擇:Gnee精心挑選優質原料生產造船鋼板。這些材料經過嚴格的測試和檢驗,確保其符合國際和國家標準要求的化學成分、機械性能和其他規格。

製造流程:Gnee採用先進的製造流程生產造船鋼板。這包括精確控制加熱、軋製和冷卻過程,以實現所需的機械性能並確保板材的均勻性。在生產的每個階段都實施嚴格的品質控制措施,以監控和維持造船板的品質。

Testing and certification: Gnee conducts comprehensive testing and quality inspection of shipbuilding steel plates. This includes testing of mechanical properties such as tensile strength, yield strength and impact resistance, as well as dimensional inspection and non-destructive testing. Shipbuilding plates are certified by recognized classification societies such as ABS, DNV, LR, BV, ensuring compliance with international and national standards.

Documentation and Traceability: Gnee maintains detailed documentation and traceability records of each batch of shipbuilding steel plates. This includes material certificates, inspection reports and manufacturing records, enabling customers to verify the quality and compliance of the shipbuilding plate.

Continuous Improvement: Gnee is committed to continuous improvement of its manufacturing processes and quality management system. The company regularly reviews and updates its production procedures, equipment and quality control measures to improve the quality of shipbuilding steel plates and meet the changing requirements of international and national standards.

抗拉強度: Gnee shipbuilding steel plate has high tensile strength, which can withstand greater tensile force without breaking or deforming. This makes the ship have better tensile performance when impacted by external forces, ensuring the structural safety of the hull.

屈服強度(屈服強度): Gnee造船鋼板的屈服強度也較高,即受到一定應變時不會產生塑性變形。這使得船舶能夠在運作過程中承受高扭轉壓力和水流壓力,保持結構穩定性和完整性。

衝擊韌性: Gnee造船鋼板具有良好的衝擊韌性,即在損壞和衝擊時不會斷裂。在發生破壞性碰撞或其他意外衝擊時,減少結構損壞的程度對於船舶的安全至關重要。

耐腐蝕性能: Gnee造船鋼板採用耐腐蝕性能良好的材料製成,可抵抗潮濕腐蝕和氧化。這延長了船舶的使用壽命並降低了維護成本。

Material selection: We choose materials with good corrosion resistance, such as stainless steel with high corrosion resistance, weathering steel, aluminum alloy, etc. These materials have a low oxidation rate and excellent element content, which can effectively resist oxidation, corrosion and other chemical reactions.

Coating Coating: Gnee performs coating coating treatment for coatings used in shipbuilding, such as spraying or thermal bonding, etc. These coatings can form a protective film that effectively isolates the contact between the coating medium and the coating, reducing the possibility of corrosion.

Uniform thickness: The shipbuilding steel plate manufactured by Gnee has a thickness distribution, and precise control measures are taken during the manufacturing process to ensure that the thickness of the steel plate surface is uniform. This helps improve corrosion resistance and reduces the possibility of corrosion concentrations.

Resistance to marine chloride ions: Chloride ions in the marine environment are the main source of corrosion for shipbuilding steel plates. Gnee’s shipbuilding steel plate adopts the anti-chloride ion summary material and treatment process, which effectively reduces the corrosion degree of the steel plate after contact with seawater.

Anti-corrosion performance test: Gnee conducts corrosion resistance tests on shipbuilding steel plates, such as salt spray test, corrosion test, etc. These tests can simulate the corrosion situation in real marine environment, evaluate the corrosion resistance of the steel plate and ensure that it meets the relevant standards and regulations.

Cold Work Hardening: Gnee shipbuilding steel plate has high hardening during cold working, that is, its hardness and strength will gradually increase during the process of being processed. This is conducive to improving the deformation resistance, fatigue resistance and compression resistance of the steel plate, making it more suitable for bearing the load of the hull structure.

Processing Stability: Steel plates for shipbuilding have good stability during cold working, and are not prone to problems such as internal adhesion or cracking. This makes the manufacturing process more reliable, reducing scrap rates and the possibility of machining errors.

Cold Bending Properties: Gnee shipbuilding steel plates can be cold bent without breaking or cracking. This cold formability allows the steel plate to conform to the curved shape of the ship’s structure, providing better appearance and design flexibility.

Weldability: Gnee shipbuilding steel plate has good weldability and can be welded during cold working. This makes the manufacture of steel plates more convenient and enables the assembly and connection of complex structures.

Weldability: Gnee shipbuilding steel plate has good weldability and can be effectively joined with other metal materials. This means that during the welding process, the steel plate and the welding material can be well fused and form a firm weld, ensuring the strength and tightness of the welded joint.

Low tendency of welding hot cracking: Gnee shipbuilding steel plate has low tendency of hot cracking during welding. Hot cracking refers to the generation of cracks caused by thermal stress in the material during the welding process. The low thermal cracking tendency of Gnee shipbuilding steel plate can reduce defects and damages during welding, and improve the quality and reliability of welded joints.

High toughness: Gnee shipbuilding steel plate has high toughness, that is, it can resist the expansion of cracks during the welding process. This means that welded joints are less prone to cold cracks and hot cracks, thereby enhancing the durability and safety of welded joints.

Good welding deformation control: Gnee shipbuilding steel plate can control the amount of deformation in the welding process through appropriate welding process and parameters. This helps to keep the shape and dimension of the welded structure stable, reducing distortion and stress concentrations in the welded joint.

協力鋼板船在保證品質的同時價格相對較低,可受益於以下因素:

Production scale efficiency: Gnee steel plate shipbuilding is mass-produced on a large scale, which can reduce the production cost per unit product. Through mass production, fixed costs can be spread out and production efficiency can be increased, thereby reducing the production cost per ship.

Efficient production process: Gnee adopts advanced production process and equipment to make the production process more efficient. For example, using advanced CNC cutting technology, welding process and quality control system can reduce the scrap rate, reduce labor and material waste, and thus save costs.

Optimizing supply chain management: Gnee has established a solid supply chain management system and supplier network, and has established stable cooperative relationships with reliable raw material suppliers and parts suppliers. By optimizing the supply chain, obtaining more competitive raw material prices and more timely delivery, thereby reducing manufacturing costs.

Lean production concept: Gnee pays attention to lean production, and realizes cost reduction by eliminating waste and improving production efficiency. For example, measures such as reducing unnecessary inventory, improving line layout, implementing standardization and continuous improvement can increase production efficiency and save costs.

Innovative technology and engineering design: Gnee is committed to adopting innovative technology and engineering design to improve the performance and efficiency of ships. By using new materials, optimizing structural design, and improving ship energy utilization, the operating costs of ships can be reduced, and the price of ships can be reduced first.

What is the Application of Gnee 造船鋼板?

用於造船

Used to build all kinds of ships, including cargo ships, oil tankers, passenger ships and other marine ships, to provide structural support for ships. As the hull, cabin partition, deck and ship equipment support, water tank and fuel tank, rescue cabin and ship internal structure, etc. for building ships. Constructed from high-strength, low-alloy (HSLA) steel or carbon steel, it provides structural support, strength and stability, is waterproof and fireproof, and can withstand harsh marine environments.

Consult For your Shipbuilding project
FOR SHIPBUILDING
FOR OFFSHORE PLATFORM

For Offshore Platforms

Usually used in fields such as oil field development, wind power generation and marine scientific research. Gnee shipbuilding steel plates can be used to construct the structural frame and skeleton of offshore platforms, such as platform pillars, beams, decks and enclosure structures. These steel plates have the characteristics of high strength, corrosion resistance and resistance to marine environment to ensure the stability and long-term operation of the platform.

For Marine Pipelines

Used to transport oil and gas, water and other fluids. Gnee shipbuilding steel plates can be used to manufacture pipe sections, connecting parts and brackets of marine pipelines, etc. These steel plates are corrosion resistant, high pressure resistant and wear resistant to meet the challenges of the marine environment.

Consult For your Marine pipelines project
MARINE PIPELINES
NAVAL SHIP

For The Construction Of Naval Ships

Can be used to construct hull structures, protective armor, internal structures such as compartments, decks and floors for naval ships, submarines and other warships; electronic equipment supports such as bracing frames, cable trays and equipment mounting platforms; and watertight compartments, etc. It has high strength and good toughness to withstand the impact and pressure during navigation; it is fire-resistant, explosion-resistant, fireproof, waterproof, and damping, ensuring that warships have superior combat effectiveness and survivability in complex marine environments.

Gnee提供哪些服務?

協力可為造船鋼板提供以下測量服務:

1. 尺寸測量:透過測量儀器測量長度、寬度、厚度等尺寸參數,確保鋼板合格,符合設計要求。
2. 表面測量:測量鋼板表面的平整度、不平整度、表面粗糙度等參數,有助於確保鋼板的品質和表面狀態符合要求。
3. 厚度測量:使用測厚儀準確測量鋼板厚度,確保符合設計要求。
4. 材料測量:利用材料分析儀器測量鋼板的化學成分和機械性質,確保鋼板的品質和性能符合要求。
5. 彎曲和變形測量:在造船過程中,鋼板可能會彎曲和變形。利用彎曲測量儀、位移感測器等工具對鋼板的彎曲變形程度進行測量和監控,確保其在允許範圍內。

詢問測量服務

Gnee可以根據您的特定專案需求,為您的海洋專案訂製鋼板的尺寸和形狀。鋼板的客製化設計由專業的工程師和設計團隊進行。他們將根據專案的要求和約束,使用計算和模擬工具,結合經驗和技術知識,優化鋼板設計,以滿足您的海洋工程的特定需求。

● 依照結構設計的荷載計算和強度需求,調整造船鋼板的厚度、寬度和長度
● 鋼板形狀可依海洋環境特性設計。例如,為了減少波浪對結構的影響,鋼板的形狀可以是球形或扁平形。
● 如果考慮安裝和維護的方便性,對於需要經常維護的區域,我們還可以在設計中增加開口和通道,以便於進出和操作。

詢問客製化服務

採購Gnee造船鋼板可提供以下深層加工服務。我們可以根據客戶的具體需求進行客製化,以滿足不同船舶工程的要求。

切割服務:造船鋼板可根據客戶的需求客製化切割以獲得所需的形狀和尺寸。例如火焰切割、等離子切割、雷射切割等,可將鋼板切割成所需的板材、塊材、異型零件等。
彎曲和成型:造船鋼板透過施加應力和適當的工藝進行彎曲成型,以獲得所需的形狀。
焊接服務:造船鋼板可以進行各種類型的焊接服務,包括手工電弧焊接、氣體保護焊、雷射焊接等。
孔的車削和加工:使用機械加工設備對造船鋼板進行車削和孔加工。這些工藝可產生光滑的表面、精確的孔和螺紋,以滿足特定的組裝要求。
表面處理:為了提高鋼板的耐腐蝕性和美觀性,可以進行表面處理。這包括噴塗、熱鍍鋅、電鍍等方法來添加保護層並提供耐腐蝕性。

詢問深加工服務

協力造船鋼板可透過第三方檢測機構提供以下檢測服務。這些第三方檢測服務可以提供獨立、客觀的驗證造船鋼板是否符合相關標準和法規。

材料化學成分分析:透過化學成分分析,判斷造船鋼板的成分是否符合標準要求。
機械性能測試:機械性質試驗包括拉伸試驗、衝擊試驗、彎曲試驗等,用於判定造船鋼板的強度、韌性、塑性等機械性質是否符合法規要求。
金相檢測:透過金相檢測,檢查造船鋼板的組織、晶粒度、非金屬夾雜物等,評估其品質及性能。
腐蝕性能測試: 透過腐蝕性能測試,評估造船鋼板的耐腐蝕性能,包括耐鹽霧腐蝕、耐化學腐蝕等。
硬度測試: 硬度試驗用於測量造船鋼板的硬度,根據硬度值可評估其強度和耐磨性。
超音波探傷:超音波探傷用於檢測造船鋼板內部缺陷,如裂縫、氣孔、夾雜物等。

詢問深加工服務
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