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Product Description
| Chemical Composition | |||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) |
| 99% | 0.95% | 0.95% | 0.05% | 0.1% | 0.05% |
Cookware: One of the most prominent applications of 1100 Aluminum Circles is in the manufacturing of cookware, such as pots, pans, and lids. The alloy's excellent heat conductivity, corrosion resistance, and formability make it ideal for these products.
Lighting Fixtures: 1100 Aluminum Circles create reflectors and components for lighting fixtures. Their high reflectivity and formability are essential for optimizing light distribution.
Signage: For road signs, traffic signs, and nameplates, 1100 Aluminum Circles are commonly used. Their resistance to corrosion and ability to be easily fabricated into shapes and engraved upon make them suitable.
Heat Exchangers: In HVAC (Heating, Ventilation, and Air Conditioning) systems and refrigeration equipment, heat exchangers utilize 1100 Aluminum Circles, whose thermal conductivity contributes to efficient heat transfer.
Electrical Components: Because of their high electrical conductivity, these aluminum circles may find use in electrical components and applications that demand the efficient flow of electricity.
Food Packaging: Companies can utilize 1100 Aluminum Circles to produce packaging materials and foils for the food industry. Their non-reactive nature makes them suitable for contact with food.
Decorative and Artistic Products: People use aluminum circles with high polish for decorative items like jewelry, sculptures, and ornaments.
1. O Temper (Annealed):
Applications: The "O" temper, known as annealed, is the softest temperature for 1100 aluminum. The aluminum is fully annealed in this state, making it very soft and malleable. It has low strength but is highly formable, making it suitable for deep drawing and bending applications. Cookware manufacturers often use 1070 aluminum circles for products that require extensive forming.
Examples:
Reflectors: Manufacturers use O-tempered aluminum circles to produce highly reflective surfaces, making them suitable for applications such as reflective discs or panels in lighting fixtures.
Cookware: Pots, pans, and lids are often made from O-tempered aluminum because they are highly formable and can be deeply drawn and shaped.
Lighting Reflectors: O temper is suitable for creating lighting reflectors in applications requiring a highly reflective surface.
2.H12 and H14 Tempers:
Applications: In the H12 temper, the aluminum is strain-hardened to achieve a slightly higher level of hardness and strength compared to the annealed (O) temper. It offers better formability than harder tempers and finds use in applications that require moderate strength and good formability.
Examples:
HVAC (Heating, Ventilation, and Air Conditioning): In HVAC systems, manufacturers can use H12 and H14 aluminum circles for components like heat exchangers due to their formability and resistance to corrosion.
Signage: Sign manufacturers commonly use H12 and H14 tempers to produce signage, including traffic signs and nameplates. They balance formability and strength, making them ideal for shaping and embossing.
Food Packaging: These tempers can produce food packaging materials where formability and corrosion resistance are essential.
3.H16 Temper:
Applications: H14 is another strain-hardened temper that provides greater strength and hardness than H12 while retaining good formability. People commonly use it for applications that require a balance between strength and formability, such as signage and sheet metal work.
Examples:
Automotive: Occasionally, manufacturers use H16 aluminum circles for parts in the automotive industry where structural strength is necessary, such as engine components and brackets.
Structural Components: H16 offers greater strength and hardness compared to H12 and H14. People use it in structural integrity applications, such as architectural elements, trims, and certain fabricated parts.
4.H18 Temper:
Applications: H18 is the most rigid temper in this series and offers the highest strength but the lowest formability. Industries use it in applications where high strength is essential, such as for rivets or fasteners.
Examples:
Aerospace: Specific aerospace applications requiring lightweight but high-strength components use H18. You can use it for non-structural parts or fasteners.
Marine: Certain marine components, like boat hardware, may use H18 aluminum circles because of their resistance to corrosion and high tensile strength.
Fasteners: The H18 temper, being the hardest, is suitable for applications where high strength is critical. People often use it to manufacture rivets, fasteners, and other mechanical components that require maximum strength.
APPLICATION FIELDS OF 1100 ALUMINUM CIRCLE IN DIFFERENT WIDTH
1. Small Diameter (50 mm to 150 mm):
Applications: Crafting cookware accessories, making jewelry, and creating decorative ornaments involves using small-diameter circles.
Examples:
Cookware Accessories: Handles, knobs, and other accessories for cookware, such as pots and pans, use smaller diameter circles.
Jewelry and Ornaments: These small circles allow for crafting jewelry, decorative ornaments, and small artistic projects.
Electronic Components: Small diameter circles can produce electronic devices or connector components.
2. Medium Diameter (150 mm to 400 mm):
Applications: Medium and large diameter circles for pots, pans, and lids.lighting fixtures, including reflectors.
Examples:
Cookware: Medium-sized circles are suitable for making lids for pots and pans or the base of smaller cookware items.
Lighting Fixtures: They manufacture reflectors and components in medium-sized lighting fixtures.
Decorative Items: Medium-sized circles can create decorative pieces like wall art or trays.
Appliance Parts: Detect whether it is passive voice and convert it to active voice
3. Large Diameter (400 mm and above):
Applications: Large-diameter circles for road signs, including traffic signs on highways.components, tanks, heat exchangers, and structural elements.
Examples:
Large Cooking Pots: Manufacturers use large-diameter circles to make the base or body of large cooking pots, woks, and other oversized cookware.
Traffic and Road Signs: Constructors employ them in building larger traffic and road signs, particularly those used on highways.
Industrial Components: Industries use large circles for manufacturing industrial components, such as tanks, heat exchangers, and large-scale structural elements.
Decorative and Architectural Elements: One can use large circles to construct decorative or architectural elements, such as wall cladding, ceiling panels, and sculptures.
APPLICATION FIELDS OF 1100 ALUMINUM CIRCLE IN DIFFERENT THICKNESS
1. Thin Gauge (0.3 mm to 1.0 mm):
Applications: Lighting fixtures and electronic enclosures use smaller to medium-sized circles where formability and reflectivity are essential.
Examples:
Cookware Liners: Thin-gauge circles are often used as liners for cookware to provide a non-stick surface or prevent direct contact between food and the pan.
Electronic Components: Manufacturers can use thin-gauge circles to produce lightweight electronic components or enclosures for portable devices.
2. Medium Gauge (1.0 mm to 3.0 mm):
Applications: Medium-diameter circles manufacture signs, nameplates, and identification tags. They offer the stability needed for outdoor signage.
Examples:
Cookware Bases: Medium-gauge circles are suitable for the bases of various cookware items, providing durability and even heat distribution.
Lighting Reflectors: Manufacturers use medium-gauge circles to manufacture reflective components in lighting fixtures, offering stability and shape retention.
Signage: These circles can be employed to manufacture signage components, particularly in applications requiring structural integrity.
3. Thick Gauge (3.0 mm and above):
Applications: Food packaging for containers, lids, and closures use circles with different diameters due to their formability, corrosion resistance, and food-safe properties. Because they can be shaped, resist corrosion, and are safe for use with food, 1070 aluminum circles are a popular choice.
Examples:
Heavy-Duty Cookware: Thick-gauge circles produce heavy-duty cookware, such as industrial-sized pots and pans.
Structural Components: These circles are suitable for structural components, such as brackets, beams, and other load-bearing elements in various industries.
Automotive and Aerospace: In these industries, specific components, including structural parts in aircraft and vehicles, are made using thicker circles.
