 |
| 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) | Chromium (Cr) |
| 99.5% | 0.4% | 0.25% | 0.1% | 0.05% | 0.05% | 0.05% | 0.05% |
Cookware: Manufacturers widely use 1050 Aluminum Circles to produce cookware, including pans, pots, and lids. The alloy's formability and heat-conducting properties make it a popular choice for cookware bottoms.
Lighting: The lighting industry uses these aluminum circles to make reflectors and lampshade components. The high reflectivity of aluminum contributes to efficient light distribution.
Signage: Circular aluminum discs can produce signs, nameplates, and decorative elements for signage.
Spinning and Deep Drawing: The formability of 1050 aluminum makes it suitable for spinning and deep drawing processes. Various manufacturing applications, including automotive parts, kitchen equipment, and appliance components, utilize this.
Electrical Conductors: Due to their high electrical conductivity, Electrical applications, such as electrical busbars, conductors, and transformer windings, use 1050 aluminum.
General Fabrication: 1050 Aluminum Circles find their way into general manufacturing and fabrication processes where a circular shape is required； this includes parts for industrial machinery, HVAC components, and more.
Aluminum Capacitors: Some specialized applications involve the use of 1050 aluminum in the production of aluminum electrolytic capacitors, where high purity and electrical conductivity are valuable.
Reflective Materials: The high reflectivity of aluminum makes it suitable for reflective materials in various applications, such as traffic signs and road safety products.
Nameplates and Labels: People use 1050 Aluminum Circles to produce nameplates, labels, and decorative elements, particularly for applications that require durability and corrosion resistance.
1. O Temper (Annealed):
Application Fields: O temper 1050 Aluminum Circles are in their softest, most formable state. People often use them for applications that require deep drawing.
Examples:
Cookware (Pots and Pans): People often make cookware from stainless steel or aluminum. Stainless steel is durable, corrosion-resistant, and non-reactive, making it a good choice for cookware that comes in contact with acidic or alkaline foods. Aluminum has excellent heat conductivity, resulting in even cooking. Some cookware has aluminum cores and stainless steel exteriors for heat distribution and durability.
Utensils: Manufacturers use stainless steel to make kitchen utensils like spoons, spatulas, and ladles for durability, corrosion resistance, and easy cleaning. Materials like heat-resistant plastics or wood may also be used depending on the design and intended use.
2.H12, H14, H16, H18:
Application Fields: These tempers represent work-hardened states and offer a balance between formability and strength. People utilize them in various industries and applications.
Examples:
General Fabrication: AFabricators commonly use aluminum because it is lightweight, corrosion-resistant, and versatile. It's ideal for industries such as construction, manufacturing, and engineering.
Signage: People often use aluminum for signage components. It is customizable with finishes and coatings for a visually appealing and long-lasting sign while resisting corrosion for durability in outdoor environments.
Reflective Materials: Aluminum's high reflectivity makes it ideal for road signs and safety products. You can coat it with reflective materials for better visibility and safety. Its formability and durability make it an excellent choice for these applications.
Spinning: Spinning is a metalworking process that shapes sheet metal into various forms. Aluminum is lightweight and versatile, making it ideal for creating decorative elements, lampshades, and specialized components.
3.H22, H24, H26, H28:
Application Fields: These tempers provide higher strength compared to the H1x tempers. People employ them in applications that require a combination of formability and increased mechanical properties.
Examples:
HVAC Components: HVAC systems use aluminum for heat exchanger fins and steel for air ducts and structural parts based on thermal conductivity, strength, and durability.
Automotive Parts: Automotive parts, both structural and decorative, can be made from various materials depending on the component's purpose. Manufacturers commonly use steel and aluminum for structural features like the chassis and frame due to their strength and rigidity. People often choose aluminum for lightweight components like engine blocks and wheels. Various materials, including plastics and composites, are used for decorative and interior parts based on design and cost considerations.
Industrial Equipment: Industrial equipment often demands materials with superior mechanical performance and durability. Steel, including high-strength alloys, is commonly used for parts in industrial machinery due to its strength and resistance to wear and tear. Manufacturers may also use aluminum alloys for components that require a balance between strength and weight because they offer good mechanical properties and are corrosion-resistant.
4. F Temper (As Fabricated):
Application Fields: AUsers typically use aluminum circles in the F temper as they receive them from the mill or manufacturer without additional heat treatment. The applications can vary widely based on the specific requirements of end users or manufacturers.
1. Small Circles (10 mm to 100 mm):
Applications: These can have diameters ranging from 10 mm to 100 mm. People use small circles for applications such as electronic components, nameplates, and small cookware.
Examples:
Electronic Components: Electronic engineers use small aluminum circles as spacers, connectors, and substrates. They provide a stable platform for mounting electronic components and creating circuitry. Manufacturers use them to provide a stable platform for mounting electronic components and creating circuitry. They provide a stable platform for mounting electronic components and creating circuitry. Aluminum's electrical conductivity, along with its ease of machining, makes it suitable for these applications.
Nameplates and Labels: These circles can serve as the base for nameplates and labels used in various industries, including automotive, aerospace, and machinery. The corrosion resistance and ability of aluminum to be stamped or engraved make it a durable and customizable material for manufacturers to create labels, nameplates, and identification tags. Its lightweight nature is also advantageous for labeling and branding in different environments.
Small Cookware: In compact cookware like mini pans or specialized kitchen utensils, small aluminum circles are used as the base or bottom of the cookware. People favor aluminum for its excellent heat conductivity, which allows for even cooking and quick heat transfer. It's also lightweight, making it suitable for small kitchen utensils and cookware.
2. Standard Sizes (100 mm to 1000 mm):
Applications: Standard sizes of 1050 Aluminum Circles often have diameters ranging from 100 mm to 1000 mm (1 meter). People commonly employ these sizes in cookware, general fabrication, and various industrial applications.
Examples:
Cookware: People commonly use small aluminum circles as the bottoms or bases of pans, pots, and other kitchen utensils. Aluminum's excellent heat conductivity makes it a popular choice for cookware, ensuring even heat distribution and efficient cooking.
General Fabrication: In various industrial and manufacturing applications, people use small aluminum circles when they need standard sizes for specific components or parts. Fabricators can readily incorporate them into fabrication processes due to their availability in various dimensions.
Signage: Small aluminum circles create signs and nameplates for various applications. They are durable, lightweight, and corrosion-resistant, making them suitable for outdoor signage, such as street signs, information signs, and branding materials.
Reflective Materials: Road safety authorities use aluminum circles to make reflective road signs, safety equipment, and traffic signs. Aluminum circles improve road safety because they are reflective, durable, and easy to manufacture.
3. Large Circles (Over 1000 mm):
Applications: For specialized industrial applications, larger diameter circles can range from several hundred millimeters to over 3000 mm (3 meters) or more. Manufacturers utilize large circles in aerospace components, large pressure vessels, and industrial equipment.
Examples:
Aerospace Components: You can use larger aluminum circles to produce aircraft components, including structural elements and interior features. Aluminum's combination of strength and low weight makes it a suitable material for aerospace applications, contributing to the overall efficiency and performance of aircraft.
Pressure Vessels: In constructing large pressure vessels used in various industrial processes, manufacturers can employ aluminum circles as the vessel heads or ends. Aluminum's corrosion resistance and structural integrity make it a suitable choice for pressure vessel manufacturing in specific applications.
Industrial Equipment: Manufacturers use aluminum circles for components in heavy machinery, industrial ovens, and other large equipment. They can serve as structural elements or parts that require strength and durability in industrial settings.
Marine Applications: Aluminum is ideal for shipbuilding due to its corrosion resistance in marine environments.
1. Thin Gauge (0.2 mm to 2.0 mm):
Applications: People use thin gauge 1050 Aluminum Circles for applications that require lightweight and thin components. These include small electronic enclosures, thin cookware, and decorative or ornamental products.
Examples:
Electronic Components: In electronic applications, such as spacers, connectors, and substrates, people commonly use thin aluminum circles. Their lightweight nature and formability make them well-suited for these purposes, as they can provide structural support while remaining electrically conductive.
Thin Cookware: Thin aluminum circles produce lightweight and thin cookware, such as pans, crepe pans, and other cooking utensils. Aluminum's excellent heat conductivity is valuable in cookware, and thin circles provide the necessary structure without adding excess weight.
Nameplates and Labels: Thin aluminum circles can serve as the base for nameplates, labels, and decorative components in various industries. Their formability allows for intricate designs and embossing, making them suitable for branding, identification, and decorative purposes.
2. Medium Gauge (2.0 mm to 6.0 mm):
Applications: Various applications, including cookware, automotive components, and general fabrication, often use medium gauge circles. They offer a balance between formability and structural stability.
Examples:
Cookware: People commonly use medium gauge aluminum circles for the bottoms of pans, pots, and other kitchen utensils. They balance formability and structural strength, ensuring the cookware is durable and capable of efficient heat distribution.
Automotive Components: Manufacturers employ medium gauge aluminum circles to produce automotive parts, such as wheel covers, heat shields, and certain decorative elements. Aluminum's lightweight and corrosion-resistant properties make it an attractive choice for various automotive applications.
General Fabrication: In various industrial and manufacturing applications where a thicker gauge is necessary for strength and durability, manufacturers utilize medium gauge aluminum circles. You can incorporate them into structural components and parts that require greater strength and resistance to wear and tear.
3. Thick Gauge (6.0 mm and above):
Applications: People typically use thick gauge 1050 Aluminum Circles for applications that require structural strength or thickness, such as pressure vessels, heavy-duty cookware, and some industrial equipment components.
Examples:
Pressure Vessels: In constructing pressure vessels for various industrial processes, particularly in the chemical and petrochemical industries, people commonly use thick gauge 1050 aluminum circles. These vessels must withstand high pressures and corrosive environments, and 1050 aluminum's corrosion resistance and strength make it a suitable material choice.
Heavy-Duty Cookware: In producing heavy-duty cookware and industrial kitchen equipment, manufacturers employ thick gauge 1050 aluminum circles. The durability and heat conductivity of aluminum makes it a suitable material for kitchen equipment that can endure high-temperature cooking and heavy use.
Structural Components: Thick gauge 1050 aluminum circles can also serve as structural elements in some industrial machinery, equipment, and architectural applications. Their strength and corrosion resistance make them suitable for supporting various structural loads and applications.
