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Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | chromium (Cr) | Magnesium (Mg) |
| 95.7%-97.7% | 0.4% | 0.25% | 0.1% | 0.1% | 0.1% | 0.15%-0.35% | 2.5%-2.8% |
Cookware and Kitchen Appliances: One of the most prominent applications of 5052 Aluminum Circle is producing cookware and kitchen appliances. Due to their excellent heat conductivity, even heating, and corrosion resistance, manufacturers use these circles to make pans, pots, baking sheets, and other cooking utensils.
Lighting Industry: 5052 Aluminum Circles produce lighting fixtures, reflectors, and lampshades. Their ability to reflect and diffuse light efficiently makes them ideal for various lighting applications.
Signage and Nameplates: Aluminum circles are a popular choice for manufacturing signs and nameplates in various industries because of their ability to be quickly stamped, engraved, or embossed, resulting in clear and durable labeling on a wide range of products.
Aerospace and Aviation: Specific aircraft components may use 5052 Aluminum Circle for its strength and formability in the aerospace industry. Corrosion resistance is advantageous—Ing and roofing in construction.
Marine Industry: Because of its excellent corrosion resistance, the marine industry commonly employs 5052 Aluminum Circle in boat building, ship components, and equipment that come into contact with seawater.
Automotive Applications: In the automotive industry, 5052 Aluminum Circle may find use in components such as body panels, fuel tanks, and parts that require corrosion resistance, especially in areas where road salt and moisture are prevalent.
General Manufacturing: Various manufacturing industries use 5052 Aluminum Circle for applications such as pressure vessels, automotive parts, electrical enclosures, and other components that require a combination of strength, formability, and resistance to corrosion.
Construction and Architecture: In construction and architecture, roofing, siding, decorative trim, and other architectural elements can feature 5052 Aluminum Circle, where resistance to atmospheric corrosion is essential.
Electrical and Electronics: Manufacturers commonly use aluminum circles for casings, enclosures, lightweight cooking pans, and pots due to their corrosion resistance and ability to form precise shapes.
General Sheet Metal Work: Industries widely use 5052 Aluminum Circle for general sheet metal applications, including nameplates, kitchen utensils, and decorative items.
Custom Fabrication: Manufacturers and fabricators can cut and shape 5052 Aluminum Circles to create custom components and parts for specific applications, making it a versatile material for various industries.
1. O (Annealed) Temper:
Application Fields: Applications that require extensive forming and shaping typically use O-temper aluminum circles.
Examples:
Cookware Manufacturing: O-temper aluminum circles, such as pots and pans, are commonly used to manufacture cookware. The annealed state allows for easy forming and shaping of the circles into the desired cookware shapes.
Custom Fabrication: The O temper is advantageous in custom fabrication projects where specific shapes are needed; this can include a wide range of applications where customized and intricate forms are required.
Components for Precision Instruments: The O temper suits applications involving precision instruments. The soft and formable nature of the annealed aluminum allows for the creation of intricate parts needed in precision instruments.
Decorative and Ornamental Items: O-temper aluminum circles find use in crafting decorative and ornamental items. The ease with which they can be shaped and formed makes them suitable for creating aesthetically pleasing and customized decorative pieces.
2.H32 Temper:
Application Fields: People value H32 temper for its balance of strength and formability.
Examples:
Cookware: H32 temper aluminum circles, such as frying pans and baking sheets, are commonly used to manufacture cookware. The balance between strength and formability is crucial in cookware applications where durability and the ability to shape the material are essential.
Nameplates and Labels: H32 temper is suitable for applications such as nameplates and labels that require forming without compromising strength. This temper allows for shaping aluminum circles into the desired forms while maintaining the necessary power for these labeling applications.
Automotive and Aerospace Components: In the automotive and aerospace industries, H32 temper aluminum circles find use in components where both shape and strength are essential. This temper provides the required balance to meet the demands of manufacturing parts that need a combination of formability and structural integrity.
3.H34 Temper:
Application Fields: H34 temper, similar to H32, is used in applications that require a balance of strength and formability.
Examples:
Signage and Nameplate Production: H34 temper aluminum circles produce signage and nameplates. This temper allows for shaping the circles into specific forms required for signage and labeling applications while maintaining strength.
Structural Components in Construction: H34 temper is a type of steel used in construction for its optimal balance of strength and formability. It is ideal for creating structural components that require specific shapes and configurations while withstanding heavy loads.
Automotive Parts: H34 temper aluminum circles find application in certain automotive parts that require moderate strength and formability. The balance provided by this temper is advantageous in manufacturing components that need to maintain shape and strength under typical automotive conditions.
4.H36 Temper:
Application Fields: H36 is suitable for applications demanding increased strength and rigidity.
Examples:
Boat and Shipbuilding: Ship and shipbuilding use H36 temper aluminum circles for components exposed to harsh marine conditions. This temper's increased strength and rigidity make it suitable for withstanding the challenges of marine environments.
Aircraft Components: In specific aircraft components where stress resistance is vital, manufacturers employ H36 temper. This temper's enhanced strength and rigidity make it valuable for manufacturing parts that need to withstand the stress and load conditions experienced in aerospace applications.
Structural Elements in High-Stress Applications: H36 temper aluminum circles find use in structural elements for high-stress applications. These can include various industrial settings where components undergo significant mechanical stresses.
5.H38 Temper:
Application Fields: H38 offers the highest strength and hardness. People use it in applications where the utmost mechanical strength is essential.
Examples:
Shipbuilding for High-Stress Components: H38 temper aluminum circles find application in shipbuilding for high-stress components. This temper's exceptional strength and hardness make it well-suited for withstanding the demanding conditions encountered in marine environments.
Aerospace for Structural Elements in Aircraft: In the aerospace industry, this temper's highest strength and hardness are crucial for ensuring the structural integrity of components in aerospace applications.
Heavy Machinery and Equipment: H38 temper aluminum circles are employed in heavy machinery and equipment where strength is paramount. The robust mechanical properties of this temper make it suitable for manufacturing components that must endure heavy loads and challenging operating conditions.
1. Small Diameter (50-200 mm):
Applications: Engineers commonly use these small aluminum circles in precision and compact applications.
Examples:
Electrical Components and Connectors: People commonly use small aluminum circles to produce electrical components and connectors where precision is crucial. Their compact size and formability make them suitable for creating intricate shapes required in electrical applications.
Jewelry and Decorative Elements: Small aluminum circles are employed in the jewelry and decorative industry to create intricate and compact elements. Their small size allows for detailed designs, and the material's versatility facilitates customization.
Miniature Cookware and Kitchen Utensils: Small aluminum circles find application in producing miniature cookware and kitchen utensils. Their size and formability make them suitable for crafting small pots, pans, or utensils for specialized and compact applications.
Nameplates and Labels: Small aluminum circles serve as a base for nameplates and labels, particularly in applications where space is limited. Their precision and compact size contribute to creating small and detailed identification elements.
Small-Scale Aerospace Components: Engineers can use these aluminum circles to craft precision components in small-scale aerospace applications. Their compact size and formability make them suitable for specific aerospace components that require precision and lightweight construction.
2. Medium Diameter (201-600 mm):
Applications: Medium-sized aluminum circles are suitable for a range of applications,
Examples:
Standard Cookware: People commonly use medium-sized aluminum circles in the specified diameter range to produce standard cookware, including pots, pans, and woks. Their size balances formability and structural strength, making them suitable for everyday kitchen use.
Light Fixtures and Lampshades: In the lighting industry, medium-sized aluminum circles find application in producing light fixtures and lampshades. Their formability allows for shaping into desired functional and decorative lighting element configurations.
Automotive Parts (Hubcaps): The automotive industry employs medium-sized aluminum circles for manufacturing parts like hubcaps. Their size and characteristics make them suitable for crafting components that require a balance between formability and strength.
Signage and Nameplate Production: Aluminum circles of medium size serve as a base for signage and nameplate production. Their formability allows for shaping into specific forms for effective identification and labeling in various industries.
Marine and Boat Components: Medium-sized aluminum circles, such as porthole covers, can be used in marine and boat components. The size and properties of these circles contribute to their suitability for applications in marine environments.
3. Large Diameter (601-1200+ mm):
Applications: Large aluminum circles find use in applications requiring extensive surface area and strength,
Examples:
Industrial Cookware for Commercial Kitchens: Commercial kitchens commonly use large aluminum circles to produce industrial cookware. Their size and strength make them suitable for heavy-duty cooking applications in large-scale food establishments.
Architectural Elements (Cladding and Roofing): In architecture, large aluminum circles find use in cladding and roofing applications. These circles' extensive surface area and strength contribute to their effectiveness in creating durable and visually appealing architectural elements.
Large Lighting Fixtures and Reflectors: Large aluminum circles are employed in the lighting industry to produce large fixtures and reflectors. Their size allows for creating lighting elements with significant surface area, suitable for various industrial and architectural lighting applications.
Structural Components for Aircraft and Spacecraft: In the aerospace industry, manufacturers can use large aluminum circles for crafting structural components for aircraft and spacecraft. The strength and extensive surface area contribute to the structural integrity of these components.
Boat Hulls and Structural Marine Components: People utilize large aluminum circles for boat hulls and structural marine components in marine applications. Their strength and size make them suitable for withstanding the challenges of marine environments.
Industrial and Heavy Machinery Parts: Large aluminum circles find application in fabricating industrial and heavy machinery parts where extensive surface area and strength are essential for withstanding heavy loads and industrial conditions.
1. Thin Thickness (0.5 mm to 1.2 mm):
Application Fields: Applications that require lightweight, formable components often use thin aluminum circles.
Examples:
Electronics: Thin aluminum circles find application in the electronics industry, especially for components requiring lightweight properties and corrosion resistance. Their formability allows for the creating of intricate shapes necessary for various electronic devices.
Signage and Nameplates: Thin aluminum circles are ideal for creating labels and nameplates in the signage industry. Their lightweight nature and formability make them suitable for producing detailed and customized identification elements.
Automotive (Hubcaps): Automotive manufacturers use thinner aluminum circles, particularly for hubcaps. The lightweight characteristics of thin circles contribute to fuel efficiency, and their formability allows for creating aesthetically pleasing automotive components.
Small-Scale Aerospace: In small-scale aerospace applications, thin aluminum circles manufacture miniature components and connectors. The combination of lightweight properties and formability is advantageous in aerospace settings where weight and precision are critical considerations.
2. Medium Thickness (1.5 mm to 3.0 mm):
Application Fields: Medium-thickness circles find use in a wide range of applications that require a balance of strength and formability,
Examples:
Cookware: Medium-thickness aluminum circles are suitable for standard cookware items. Their balanced properties make them ideal for crafting pots, pans, and other cooking utensils that require structural strength and formability.
Signage and Labels: Producers use medium-thickness circles to manufacture signs and labels in the signage and labeling industry. The balance of strength and formability allows for the creating of durable and well-shaped identification elements.
Automotive (Structural Components): Medium-thickness aluminum circles find application in the automotive industry for structural components. Their balance of strength and formability is advantageous in manufacturing parts that need to withstand mechanical stresses in automotive applications.
Marine (Structural Components): In the marine industry, manufacturers apply medium-thickness aluminum circles for structural components in boats and ships. The balance between strength and formability makes them suitable for withstanding the challenges of marine environments.
3. Thicker Thickness (4.0 mm to 6.0 mm and thicker):
Application Fields: Applications with increased strength and durability are paramount to using thicker aluminum circles.
Examples:
Heavy Industry (Heavy Machinery Parts): In heavy industrial applications, users use thicker aluminum circles for heavy machinery parts due to their enhanced strength and durability under heavy loads and industrial conditions.
Aerospace (Structural Components): Manufacturers use thick aluminum circles to craft structural components in aircraft and spacecraft, ensuring increased strength and structural integrity.
Marine (Boat Hulls and Structural Components): Thicker aluminum circles find application for boat hulls and structural marine components in the maritime industry. The increased thickness contributes to the circles' ability to withstand the challenges of aquatic environments, including exposure to water and harsh conditions.
Large-Scale Construction (Architectural Elements): In large-scale construction, construction professionals employ thicker aluminum circles for architectural elements, including cladding. The increased thickness provides the necessary strength for creating durable and robust architectural components.
