Brief: Discover the premium Aluminum Alloy 5083 Aluminum Plate, designed for luxurious marine bulkhead decoration. Featuring a 3.0 mm thickness, extra-wide custom coil up to 2600 mm, and a durable 25 μm Class-I hard anodized layer, this product offers unmatched corrosion resistance, fire safety, and seamless installation. Perfect for superyachts and cruise ships, it ensures a mirror-perfect finish for 50 years in 100% humidity.
Related Product Features:
Alloy 5083-H321 with 4.5% Mg for highest strength and corrosion resistance, DNV-GL & ABS certified.
25 μm Class-I hard anodizing ensures 1500 h salt-spray resistance and permanent brushed silver or champagne finish.
Extra-wide custom coil (≤2600 mm) allows for fewer welds and seamless 8-meter panels.
IMO A.60 fire-rated with zero flame spread and low smoke, meeting strict marine safety standards.
Pre-anodized, laser-cut, and hidden clip system enable 70% faster installation than stainless steel.
55% lighter than 6 mm stainless steel, reducing overall ship weight for better efficiency.
Eco-friendly with GRS 4.0 readiness and 97% lower CO₂ emissions.
Wide range of colors available, including RAL and Pantone, to match any design requirement.
Faqs:
What makes the Aluminum Alloy 5083 Aluminum Plate ideal for marine environments?
The 5083 alloy with 4.5% Mg offers the highest corrosion resistance in the 5xxx series, and the 25 μm hard anodized layer ensures durability against salt spray and humidity, making it perfect for marine applications.
How does the extra-wide custom coil benefit installation?
The extra-wide coil (up to 2600 mm) allows for fewer welds and seamless 8-meter panels, reducing installation time and ensuring a flawless finish.
Is the Aluminum Alloy 5083 Aluminum Plate fire-rated?
Yes, it meets IMO A.60 fire rating standards with zero flame spread and low smoke, ensuring safety in marine environments.
What are the available color options for this product?
The plate is available in a wide range of colors, including RAL and Pantone shades, and can be customized to meet specific design requirements.