Brief: We show the practical steps and results so you can judge suitability quickly. This video demonstrates the Aluminum Alloy 5083 Aluminum Plate for Hydraulic Equipment Enclosures, highlighting its ultra-durable, zero-maintenance features, including hard anodizing, custom width options, and resistance to harsh environments like offshore C5-M and hydraulic oil splash zones.
Related Product Features:
Hard-anodized 5083 aluminum plate with 3-5 mm thickness and custom widths up to 2600 mm.
Class-I hard anodizing (25-40 μm) + sealing for 2500 h salt-spray resistance and oil resistance.
Alloy 5083-H116/H321 with 4.5% Mg for highest strength and corrosion resistance in 5xxx series.
Ready for CNC machining, deep welding, and high-pressure environments with laser-flatness.
70% lighter than stainless steel, reducing weight by 4.5 tons per rig.
75% faster fabrication with 48-hour custom match and anti-chalk options.
Eco-friendly with GRS 4.0 readiness and 97% lower CO₂ emissions.
Weldable after anodizing with local mask + TIG/MIG for perfect joints.
Faqs:
What makes the Aluminum Alloy 5083 plate suitable for hydraulic equipment enclosures?
The 5083 plate is hard-anodized and sealed, offering 2500 h salt-spray resistance, oil resistance, and high strength, making it ideal for harsh environments like offshore and hydraulic oil splash zones.
How does the weight of the 5083 aluminum plate compare to stainless steel?
The 5083 aluminum plate is 70% lighter than stainless steel, reducing weight by 4.5 tons per rig, which enhances ease of installation and reduces structural load.
Can the 5083 aluminum plate be welded after anodizing?
Yes, the plate can be welded after anodizing using local mask + TIG/MIG techniques, ensuring perfect joints without compromising the anodized layer's integrity.
What are the environmental benefits of using the 5083 aluminum plate?
The plate is eco-friendly, with GRS 4.0 readiness and 97% lower CO₂ emissions compared to traditional materials, aligning with sustainable manufacturing practices.