 |
| Series: | |
|---|---|
| Temper: | |
| Width: | |
| Thickness: | |
| Applications: | |
| Standard: | |
| Quantity: | |
Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | Titanium (Ti) | Magnesium (Mg) |
| 99.7% | 0.2% | 0.25% | 0.04% | 0.04% | 0.03% | 0.03% | 0.03% |
Cookware: 1070 Aluminum Circles are frequently used to manufacture cookware such as pots, pans, and woks. The high thermal conductivity of aluminum allows for even heating and efficient cooking. People can form these circles into the desired shapes for different cookware items.
Lighting Reflectors: Aluminum alloy 1070 is known for its high reflectivity, making it suitable for lighting reflectors. 1070 Aluminum Circles are often used to produce reflectors for various lighting fixtures. The reflective surface helps improve the efficiency of light distribution.
Traffic Signs: 1070 Aluminum Circles are used to manufacture traffic signs due to their resistance to corrosion and ability to withstand outdoor exposure. They can be coated with reflective materials for improved visibility, making them essential for road signage.
Pans and Lids: Cookware manufacturers use these circles to produce pan bottoms and lids. Forming them into various sizes and shapes allows for versatility in cookware design.
Utensils: You can make aluminum utensils like ladles, spatulas, and serving spoons using 1070 Aluminum Circles. The lightweight nature of aluminum makes these utensils easy to handle.
Pressure Cookers: Pressure cookers benefit from the heat-conducting properties of aluminum. People often use 1070 Aluminum Circles for the bases of pressure cooker pots.
Pizza Pans: People use 1070 Aluminum Circles to produce pizza pans because they can distribute heat evenly； this ensures the uniform baking of the crust.
Industrial Applications: These circles find application in various industrial processes where a corrosion-resistant and heat-conductive material is required, including machinery components, heat exchangers, etc.
Electrical and Electronic Industry: In some cases, people can use 1070 Aluminum Circles in electrical and electronic applications where lightweight, non-magnetic materials are needed.
General Fabrication: You can use these aluminum circles in various fabrication projects that require a round, flat aluminum piece.
1. O Temper (Annealed):
Applications: The "O" temper stands for annealed, which means the aluminum is in its softest and most fully annealed state. This temper offers maximum formability, and people often use it for deep drawing and spinning applications. It is designated as O (e.g., O, O-H12, O-H14).
Examples:
Cookware and Kitchen Utensils: Manufacturers commonly use O-temper aluminum circles, which are highly formable, to produce cookware, such as pots, pans, and baking sheets.
2.H12 and H14 Tempers:
Applications: A partially annealed work-hardened temper is H12. People use it for applications that require moderate strength and good formability, and it offers improved strength. H14 is similar to H12 but has slightly higher mechanical properties, making it stronger. It is also commonly used for forming and drawing applications.
Examples:
Cookware: Cookware and kitchen utensils commonly use H12 and H14 tempers, which provide better strength than the O temper while maintaining good formability. These tempers balance formability and strength, making them ideal for producing durable and functional cookware items.
Reflective Signage: H12 and H14 tempers, such as road and traffic signs, are suitable for reflective signage. Their enhanced strength and durability are valuable in outdoor signage applications, ensuring the signs can withstand harsh weather conditions and maintain their reflective properties.
3.H16 and H18 Tempers:
Applications: H16 is a more rigid temper with even higher strength than H14. It is used in applications requiring increased strength but still retaining some formability.H18 is a more rigid temper with the highest strength and the least formability among these tempers. People often use it in applications where strength is a primary consideration.
Examples:
Lighting: People often use these harder tempers to produce lighting fixtures, such as lampshades and reflectors, where greater strength is required to provide support and durability to the lighting components.
Heat Exchangers: H16 and H18 tempers are suitable for heat exchangers and radiators where thermal conductivity and some strength are essential. They can withstand the demands of heat transfer applications while maintaining their structural integrity.
Electrical Applications: The higher strength of these tempers can be advantageous in electrical components and busbars, where structural integrity and conductivity are essential. The increased strength makes them suitable for various electrical applications that require robust materials.
4.H24 and H26 Tempers:
Applications: You can use other tempers for 1070 Aluminum Circles depending on specific requirements. These could include intermediate tempers like H24, H26, and so on, with varying strength and formability characteristics combinations.
Examples:
Architectural Applications: Architects use these tempers for applications where both formability and strength are necessary. People commonly employ them in producing decorative facades, panels, and architectural elements. The balance between formability and power allows for the creation of intricate designs and structural components in architectural projects.
General Fabrication: Fabricators can employ H24 and H26 tempers in various general fabrication applications. They are suitable for custom stamping, forming, and other processes for specific industrial needs. These tempers offer flexibility and durability for different fabrication and manufacturing requirements.
5.H28 Temper:
Applications:
Aerospace: The H28 temper, with its higher strength, is suitable for specific aerospace applications where structural integrity and formability are critical.
1. Small Diameter (e.g., 100mm - 200mm):
Applications: Cookware manufacturers use small to medium-width aluminum circles to produce items such as pots, pans, and lids.
Examples:
Cookware Handles: 1050 aluminum circles are small and malleable, making them ideal for creating handles for pots and pans in the cookware industry. They provide users with a convenient, heat-resistant grip, enhancing safety and functionality. Aluminum's lightweight and corrosion-resistant properties make it an ideal material for cookware production.
2.Medium Diameter (e.g., 200mm - 400mm):
Applications: Sign makers commonly use medium-width aluminum circles to create road, traffic, and directional signage.
Examples:
Cookware: Cookware manufacturers commonly use medium-sized 1050 aluminum circles for the bases or bottoms of various cookware items, such as frying pans, woks, and saucepans. Their size and characteristics make them well-suited for providing the structural support needed in these cookware items.
Signage: Medium-sized circles can produce signage, including traffic and directional signs. Their formability and durability make them suitable for creating various types of signs used for communication and navigation.
3. Large Diameter (e.g., 400mm and above):
Applications: Large-width aluminum circles produce lampshades, reflectors, and lighting fixtures in residential and industrial settings.
Examples:
Cookware: Cookware manufacturers can use large 1050 aluminum circles for oversized cookware, such as commercial-sized frying pans and industrial cooking equipment. Their size and strength make them well-suited for handling the demands of large-scale cooking and food preparation.
Lighting Fixtures: Large circles are suitable for making reflectors and shades for industrial and architectural lighting fixtures. Their size and formability allow for the creation of efficient lighting components, ensuring the proper distribution and reflection of light in various lighting applications.
4. Custom Diameters (Varies):
Applications: Custom-width aluminum circles may find aerospace applications for manufacturing aircraft and spacecraft components.
Examples:
General Fabrication: 1050 aluminum circles with custom diameters are suitable for various general fabrication applications, including custom stamping and forming for specific industrial needs. Cookware manufacturers can tailor these circles to meet the requirements of particular manufacturing processes and applications.
Decorative Elements: Custom-sized circles are used in architectural applications to create decorative elements like wall panels, grilles, and architectural features. Their formability and the ability to customize their size and shape make them valuable in architectural design and decoration.
1. Thin Gauges (Less than 1 mm):
Applications: Designers and engineers often use these thin gauges for applications requiring lightweight and highly formable aluminum circles. Manufacturers use these thin gauges in applications like small decorative elements, nameplates, and cookware components.
Examples:
Decorative Elements: Manufacturers commonly use thin 1070 aluminum circles for cosmetic purposes, including ornaments, nameplates, and grilles. Their lightweight and formable nature makes them ideal for creating intricate and aesthetically pleasing decorative elements.
Nameplates and Signage: Thin circles are suitable for producing nameplates, labels, and signage due to their lightweight and easy formability. They provide a durable and corrosion-resistant surface for branding and identification in various industries.
Cookware Liners: Very thin circles can be used as liners or inserts in certain cookware items to provide non-stick properties. These liners can enhance the cooking performance of cookware, such as frying pans, by preventing food from sticking to the surface.
2. Medium Gauges (1 mm to 3 mm)
Applications: Medium gauges are used for various applications, including cookware (such as frying pans and pots), traffic signs, and lighting fixtures.
Examples:
Cookware: Cookware manufacturers commonly use medium-gauge 1070 aluminum circles to produce various cookware items. Their thickness provides the necessary structural support for durable cookware.
Traffic Signs and Signage: Medium-gauge circles are suitable for making traffic, directional, and other types of signage. Their thickness and formability make them valuable for creating visible and durable signs for communication and navigation.
Lighting Fixtures: Lighting designers can use these circles for making reflectors and lampshades. Their formability and durability allow for the creation of efficient lighting components, ensuring proper light distribution and reflection.
3. Thick Gauges (Over 3 mm):
Applications: Engineers utilize thick gauges that require greater strength and structural integrity. In architectural or industrial settings, we can find them in some heat exchangers, industrial cookware, and structural components.
Examples:
Industrial Cookware: Industrial and commercial producers commonly use thick-gauge 1070 aluminum circles to produce items requiring greater durability and efficient heat distribution. These circles' thickness and structural integrity make them suitable for heavy-duty cooking equipment.
Heat Exchangers: The strength and thickness of these circles make them suitable for use in heat exchangers and radiators. They can withstand the demands of heat transfer applications while maintaining their structural integrity and heat conductivity.
Architectural Components: Thick-gauge circles are valuable in architectural components like decorative facades, structural panels, and architectural elements that require robust construction. Their durability and formability allow for the creation of structural and decorative architectural elements.
4. Custom Thicknesses (Varies):
Examples:
General Fabrication: Fabricators can produce custom-made 1070 aluminum circles with varying thicknesses, making them highly versatile and suitable for various industrial applications. Custom thickness circles allow manufacturers to fine-tune the material to suit their specific processes and applications.
