EN AW 5083 Cast Aluminum Mold Plate
Aluminum Cast Mold Plate 5083 is a high-performance alloy typically used in applications requiring excellent strength, corrosion resistance, and dimensional stability. It is commonly used for machining precision parts, especially in industries like aerospace, marine, and automotive.
Name | Thickness | Tolerance of Thickness | Width | Length |
EN AW 5083 | 5mm-600mm | -1.0mm---+1.0mm | 30mm-2000mm | 50mm-5000mm
|
5083 Stock | 5, 10, 20, 25, 30, 35,40,50,60,70,80, 100,120,150,200, 220,260,300,350, 400,450,500,550 | -1mm-----+1mm | 1250mm*2500mm 1500mm*3000mm 1520mm*3050mm 1650mm*3660mm | |
Key Features of EN AW 5083 Cast Aluminum Mold Plate
· High precision: Superior dimensional accuracy for demanding applications.
· High homogeneity: Even distribution of material properties across the surface.
· High form retention: The material maintains its shape under various conditions.
· Weldable: Easy to weld for joining or repairing.
· Corrosion-resistant: Withstands harsh environments, including moisture and chemicals.
· Cold and heat resistant: Excellent performance in extreme temperature conditions.
· Impact-resistant: Good shock absorption and durability.
· Anti-magnetic: Resistant to magnetic interference.
· Efficient heat dissipation: Suitable for applications that require effective thermal management.
· Highly finishable: Allows for high-quality surface finishing.
Process Advantage of EN AW 5083 Cast Aluminum Mold Plate
Casting Method:
Utilizes a rectangular crystallizer in a semi-continuous water-cooling casting process to form large cubic ingots.
Advanced Precision Casting Technologies:
Implements the "Three Removal, Four Refinement" series of technologies to achieve high-quality precision casting:
Three Removal: Remove hydrogen, impurities, and slag.
Four Refinements: Purify the melt, homogenize the phase structure, refine the grain size, and optimize the microstructure.
Low Hydrogen and Impurity Content:
The alloy has a very low level of hydrogen and impurities, ensuring high-quality material.
The grain structure is finely refined, and the crystal axis orientation is uniform.
Homogenized Annealing Treatment:
High-uniform thermal flow field annealing ensures that the quality of the recrystallization is consistent inside and outside the ingot, enhancing uniformity of the grain structure and improving the overall strength.
Stress Relief:
The internal crystallization stress is minimized to achieve isotropic physical and chemical properties, ensuring balanced strength and performance across the material.
High-Speed, Stable Saw Cutting Impact Processing:
The ingots are processed by high-speed saw cutting, resulting in high-precision sheets with surface roughness of less than 40μm.
Advanced Surface Finishing:
Large surface precision milling further refines the board's surface to achieve a roughness of ≤0.4μm, resulting in ultra-flat, high-quality plates.
Wide Thickness Range and Customization:
The material is adaptable to a wide range of thickness specifications and can be tailored to meet the customer's exact requirements for both size and volume, catering to personalized needs.
Applications of EN AW 5083 Cast Aluminum Mold Plate
Marine Industry:
Widely used for boat hulls, decks, and bulkheads due to its outstanding resistance to seawater corrosion.
Aerospace and Aircraft Manufacturing:
Ideal for aircraft components, machining tools, precision frames, and aviation tooling where lightweight strength is needed.
Automotive and Transport:
Used in chassis, frames, and structural components where both strength and lightweight properties are essential.
Molds and Tooling:
Perfect for creating precision molds, fixtures, and die-casting tools due to its stability and ease of machining.
Pressure Vessels and Tanks:
Commonly used in making pressure tanks and fuel storage containers that require high strength and corrosion resistance.
