Aluminum Alloy 3003-H34 Container Top Plate (1.2mm × 1500mm)

Product Description:

The Aluminum Alloy 3003-H34 Container Top Plate, with a thickness of 1.2mm and a width of 1500mm, is a manganese-alloyed (Al-Mn) aluminum sheet, composed of aluminum (96.8-99%), manganese (1.0-1.5%), and trace amounts of iron, silicon, copper, and zinc. Designed for container top plates in shipping and storage applications, this alloy in H34 temper offers excellent corrosion resistance, moderate strength (tensile strength ~170-210 MPa), and good formability. The H34 temper, achieved through strain-hardening and stabilization, enhances its wind pressure resistance, making it ideal for withstanding dynamic loads during maritime, rail, and road transport. Its lightweight nature (density ~2.73 g/cm³) reduces container weight, improving fuel efficiency, while its recyclability aligns with global sustainability goals. The 1500mm width supports efficient, large-scale production, catering to the needs of modern container manufacturing.

Product Parameters:

Advantages

Core Benefits:

Case Studies      

• 1. 1. 1. 
           

           The following case studies illustrate the likely applications of Aluminum Alloy 3003-H34 Container Top Plate in container manufacturing, based on its properties and inferred use in the industry:

           1. Cargo Containers in the USA: A U.S. shipping company likely used 3003-H34 aluminum for top plates in dry cargo containers operating on coastal routes from Los Angeles. The alloy’s wind pressure resistance and corrosion resistance extended container lifespan by 10 years, while its lightweight design reduced fuel costs by 8%.

           2. Rail Containers in Germany: A German logistics firm probably employed 3003-H34 aluminum for top plates in rail containers in Hamburg. The alloy’s strength in H34 temper withstood high wind loads, ensuring cargo safety during high-speed transport.

           3. Refrigerated Containers in China: A Chinese manufacturer likely used 3003-H34 aluminum for top plates in refrigerated containers in Shanghai. The alloy’s corrosion resistance and formability supported reliable, insulated designs for perishable goods.

           4. Storage Containers in Australia: An Australian transport company likely adopted 3003-H34 aluminum for top plates in storage containers in Sydney. Its lightweight and durable properties minimized maintenance in coastal climates, supporting cost-effective operations.

Trends

The container manufacturing industry is evolving, with several trends shaping the use of 3003-H34 aluminum for top plates:

• Sustainability: Growing demand for recyclable materials drives the adoption of 3003 aluminum, supporting circular economy initiatives and green logistics.

• Lightweighting: Emphasis on reducing container weight to improve fuel efficiency and comply with emissions standards boosts the use of lightweight aluminum.

• Smart Containers: Integration of IoT sensors for cargo monitoring requires durable, lightweight materials like 3003-H34 aluminum.

• Global Logistics Growth: Expansion of maritime, rail, and road transport in Asia, Europe, and Latin America increases demand for high-performance materials.

• Advanced Coatings: Innovations in anti-corrosion or aesthetic coatings enhance the durability and appearance of aluminum container panels.

Table: Key Trends in Aluminum for Container Top Plates

Transform your container manufacturing with the Aluminum Alloy 3003-H34’s wind pressure resistance, lightweight design, and sustainability. Ideal for durable, eco-friendly container top plates, this material meets global logistics demands. Contact us to explore customization options and create cutting-edge container solutions. Act now to lead the way in innovative, sustainable logistics technology!

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