Aluminum Plate 75 mm

Applications of  Aluminum Plates 5083 (6 mm – 60 mm):

• Shipbuilding and Marine Industry (6 mm – 15 mm):
  • Hulls: 6–12 mm plates serve as the foundational material for constructing aluminum speedboats, yachts, and passenger vessels.
  • Marine Superstructures: Fabrication of lightweight yet durable structural walls and bulkheads.
  • Port Equipment: Construction of piers, pontoons, and lock gates that are permanently submerged in water.
• Tank Manufacturing and Cryogenic Engineering (10 mm – 40 mm):
  • Tanks and Fuel Bowsers: Due to excellent weldability, 10–20 mm plates are widely used for fuel tanks and chemical transport vessels.
  • Cryogenic Equipment: Alloy 5083 retains its ductility and mechanical strength at extremely low temperatures, making it the preferred material for liquefied natural gas (LNG) storage tanks.
• Industrial Engineering and Tooling (25 mm – 60 mm):
  • Base Plates and Machine Beds: Massive 40–60 mm plates are utilized as foundations for industrial machinery operating in high-humidity or chemical processing facilities.
  • Vacuum Chambers: Thanks to zero porosity and exceptional material uniformity, thick 5083 plates maintain an airtight vacuum perfectly.
  • Molds for Plastics: Used to manufacture medium-complexity molds (e.g., for vacuum thermoforming or low-pressure injection molding).
• Transportation Infrastructure (8 mm – 30 mm):
  • Bridge Components: Pedestrian walkways and protective railings in coastal and waterfront zones.
  • Railway Transport: Structural components for hopper cars and freight wagons designed to transport aggressive bulk materials.

Applications of Thick 5083 Plates (70 mm – 160 mm):

• Heavy Engineering and Machinery Foundations (100 mm – 160 mm):
  • Base and Tooling Plates: Used as massive, yet relatively lightweight, foundations for large industrial machinery, heavy presses, and testing benches.
  • Housings for Large Gearboxes and Pumps: Applied in the manufacturing of heavy-duty housing components operating under substantial pressure within corrosive environments.
  • Precision Instrumentation: Serving as base foundations for coordinate measuring machines (CMM) and optical equipment where high rigidity, dimensional stability, and moisture resistance are critical.
• Shipbuilding and Maritime Structures (70 mm – 120 mm):
  • Structural Hull Elements: Thick plates are utilized to fabricate critical load-bearing nodes, heavy structural bulkheads, and armoring components for naval and commercial vessels.
  • Subsea Structures: Components for submersibles, underwater vehicles, and offshore equipment operating under extreme deep-sea water pressure.
  • Pontoons and Floating Platforms.
• Energy and Cryogenic Engineering (70 mm – 160 mm):
  • Cryogenic Storage Tanks: Due to excellent performance at sub-zero temperatures, these specific thicknesses are used for constructing the walls and floors of large-scale industrial liquefied natural gas (LNG) containment facilities.
  • Heat Exchangers: Massive plates deep-milled with complex fluid circulation channels for the petrochemical and chemical processing industries.
• Tooling and Fixture Manufacturing (70 mm – 100 mm):
  • Massive Jigs and Fixtures: Fabrication of large-scale technological tooling for assembly and automated welding lines in the automotive and aerospace sectors.