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Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | chromium (Cr) | Titanium (Ti) |
| 99.% | 0.4% | 0.35% | 0.05% | 0.1% | 0.05% | 0.05% | 0.05% |
Roofing and Architectural Cladding: Builders and architects commonly use 1100 Aluminum Strips in roofing and architectural applications. Its corrosion resistance and formability make it suitable for roofing materials, flashing, and architectural cladding. It can withstand exposure to weather and harsh outdoor conditions.
Heat Exchangers and HVAC Systems: Heat exchangers and HVAC (Heating, Ventilation, and Air Conditioning) systems require materials that can efficiently transfer heat. The high thermal conductivity of the 1100 Aluminum Strip makes it ideal for use in heat exchanger fins and coils.
Electrical and Electronics: Due to its excellent electrical conductivity, people use the 1100 Aluminum Strip in electrical and electronic applications. It employs electrical conductors, bus bars, and connectors where good electrical conductivity is crucial.
Household Appliances: Household appliances, such as cookware and kitchen utensils, often use 1100 Aluminum Strips due to their formability, corrosion resistance, and ease of fabrication. People can find it in items like pots, pans, and bakeware.
Reflective Materials and Signage: Its reflective properties and corrosion resistance make 1100 Aluminum strips suitable for use in reflective materials and signage. People often use it in road signs, traffic signs, and decorative items that require reflective surfaces.
Chemical and Food Processing Equipment: In industries where resistance to corrosion and chemical exposure is essential, an 1100 Aluminum Strip is used to construct equipment such as tanks, pipes, and containers. People also use it in food processing equipment due to its non-reactive nature.
Automotive Components: While not typically used for structural components, You can find 1100 Aluminum Strips in various non-structural parts of automobiles. These include trim pieces, decorative elements, and heat shields due to their lightweight and corrosion-resistant properties.
Packaging: The formability of the 1100 Aluminum Strip makes it suitable for packaging applications. You can use it in flexible packaging materials, such as foil and lids for food and beverage containers.
Decorative Applications: The malleability of the 1100 Aluminum Strip allows people to quickly form it into decorative elements for interior and exterior design. People use it in items like trim, molding, and decorative accents.
General Manufacturing: Its versatility and ease of fabrication make the 1100 Aluminum Strip a common material in various manufacturing processes for nameplates, labels, and gaskets.
1. O Temper (Annealed):
Application Fields: This represents the softest temper for the 1100 Aluminum Strip, characterized by low strength and high ductility. We fully anneal the material, making it easy to form and shape., making it easy to create and shape. It is suitable for applications where extreme formability and minimal hardness are required.
Examples:
Foil and Packaging: Manufacturers often use 1100 Aluminum strips in the O temper to produce thin foils and packaging materials. Its high formability makes it ideal for wrapping food, pharmaceuticals, and other products, providing a barrier against moisture and contaminants.
Decorative Trim: People use the O temper strip for decorative trim and accents in construction and interior design. It can be easily shaped and provides a polished, shiny surface.
Nameplates and Labels: Its formability and ease of engraving or printing make it suitable for manufacturing nameplates, labels, and identification tags.
Heat Exchanger Fins: In heat exchangers, people use the O temper strip for fins because of its excellent thermal conductivity, which enhances heat transfer efficiency.
2.H12, H14, H16, H18:
Application Fields: These tempers involve cold working after annealing. They gradually increase hardness and strength from H12 (softest) to H18 (hardest) due to cold rolling. People commonly use these tempers for applications where they need increased strength and stability while still maintaining good formability.
Examples:
Roofing and Architectural Cladding: These tempers are used in roofing materials and architectural cladding panels due to their balance of formability and strength, ensuring durability in outdoor applications.
Household Appliances: Cookware and kitchen utensils use the strip where formability and resistance to corrosion from cooking ingredients are essential.
Reflective Materials and Signage: The H-series tempers find use in reflective materials for road signs and traffic signs, providing visibility in low-light conditions.
General Sheet Metal Work: In various general sheet metal applications, people employ these tempers where both formability and strength are required.
3.H19, H22, H24, H26, H28:
Application Fields: People also produce these tempers through cold working. They offer higher strength and hardness compared to the O temper. 1100 aluminum strips in higher tempers provide higher strength and hardness compared to the O temper, and manufacturers use them in applications that require improved mechanical properties and better resistance to deformation or bending.
Examples:
Automotive Trim and Parts: Automotive trim components, such as trim strips, moldings, and decorative features, use these tempers. They provide improved strength for these non-structural parts.
Heat Shields: The higher-strength tempers are ideal for manufacturing heat shields, which protect sensitive components in vehicles and industrial machinery from excessive heat.
Mechanical Components: Industries where lightweight but durable materials are required use them in various mechanical components.
Industrial Equipment: These tempers find use in various industrial equipment and machinery components that require a combination of formability and strength.
4.H32, H34, H36, H38:
Application Fields: These are further cold-worked and strain-hardened tempers. They provide even higher strength and hardness compared to the previously mentioned tempers and are suitable for applications where the aluminum strip needs to withstand more demanding mechanical stresses.
Examples:
Aircraft Components: Aircraft parts that require high strength, such as wing and fuselage components, employ these tempers.
Marine Hardware: Marine applications use them for hardware, fasteners, and components exposed to harsh saltwater environments.
Structural Components: Engineers and designers in industries like construction and aerospace can use these tempers in lightweight structural components.
Pressure Vessels: They are used to construct pressure vessels designed to withstand high internal pressures.
5.H111, H112:
Application Fields: These are temper designations for the aluminum strip subjected to unique heat treatment processes to improve its corrosion resistance. People often use H111 and H112 tempers in marine and chemical processing applications where corrosion resistance is crucial.
Examples:
Marine Components and Structures: H111 and H112 tempers are commonly used in the marine industry for components like ship hulls, decks, and superstructures due to their enhanced corrosion resistance.
Chemical Processing Equipment: Manufacturers employ these tempers to construct chemical processing equipment that resist corrosion from aggressive chemicals.
Pressure Vessels for Corrosive Fluids: In applications where pressure vessels come into contact with corrosive fluids, H111 and H112 tempers are chosen for their corrosion resistance.
Offshore Oil and Gas Industry: These tempers find application in offshore platforms and equipment where exposure to seawater and harsh environmental conditions is daily.
Narrow Widths (Less than 100 mm):
Applications: People often use them for applications that require precision and narrow profiles, such as electrical connectors, small components, and thin-gauge packaging materials.
Examples:
Electrical and Electronics: In electrical and electronic applications, such as connectors, terminals, and printed circuit boards (PCBs), people commonly use narrow strips because of their precision and ability to fit into tight spaces.
Automotive Components: In automotive electronics, sensors, and minor component assembly, people may use small-width strips.
Packaging: In the packaging industry, people can use narrow-width strips for sealing and securing small packages, especially in the food and pharmaceutical sectors.
2. Medium Widths (100 mm to 300 mm):
Applications: Many applications use them, including roofing, architectural cladding, cookware, and automotive trim.
Examples:
Roofing and Architectural Cladding: Medium-width strips are often used in roofing materials, flashing, and architectural cladding where a balance of coverage and ease of handling is required.
Household Appliances: They find use in the manufacturing of household appliances, including cookware, kitchen utensils, and small appliance components.
Reflective Materials: Manufacturers use medium-width strips in reflective materials for signage and safety equipment where visibility is essential.
Automotive Trim: You can use medium-width strips for various automotive trim components like moldings, trim strips, and decorative features.
3. Wide Widths (Exceeding 300 mm):
Applications: People commonly use them when larger surface areas are needed, such as heat exchanger fins, industrial equipment, and structural components.
Examples:
Heat Exchanger Fins: In producing heat exchanger fins, people commonly use wide-width strips because they can cover a large surface area, facilitating efficient heat transfer.
Industrial Equipment: Various industrial equipment and components, such as conveyor belts, panels, and large machinery parts, employ them.
Structural Components: In industries like construction and aerospace, where high strength-to-weight ratios are essential, you may use wide-width strips in lightweight structural components.
Pressure Vessels: In some cases, you can use wide-width strips to construct pressure vessels capable of withstanding high internal pressures.
1. Thin Gauge (Less than 0.5 mm):
Application Fields: Applications that require lightweight and flexible materials, such as electrical connectors, printed circuit boards (PCBs), and thin packaging foils, use these thin strips.
Examples:
Electrical and Electronics: In electrical and electronic applications, including connectors, printed circuit boards (PCBs), and thin foil for capacitors and other electronic components, people commonly use thin-gauge strips.
Packaging: plications where flexibility and lightweight materials are essential, thin-gauge strips are suitable. People use them in foil for wrapping food, pharmaceuticals, and other products.
2. Medium Gauge (0.5 mm to 3.0 mm):
Application Fields: This thickness range is versatile and finds use in various industries and applications. Common services include roofing materials, architectural cladding, heat exchanger fins, and household appliances.
Examples:
Roofing and Architectural Cladding: In roofing materials and architectural cladding panels, people often use medium-gauge strips. They balance strength and formability, ensuring durability in outdoor applications.
Household Appliances: Manufacturers use these thicknesses in producing household appliances, such as cookware, kitchen utensils, and appliance components, where formability and strength are required.
Reflective Materials: In packaging, people use medium-gauge strips in reflective materials for signage, traffic signs, and safety equipment where visibility is essential.
Heat Exchanger Fins: Manufacturers use medium-gauge strips to produce heat exchanger fins.
3. Thick Gauge (3.0 mm and Above):
Application Fields: Applications that require higher strength and stability use these strips. Examples include automotive trim components, heat shields, structural components, and pressure vessels.
Examples:
Automotive Components: In automotive trim components, including moldings, trim strips, and decorative features, where increased thickness provides stability and durability, people employ thick-gauge strips.
Heat Shields: They are used for manufacturing heat shields in the automotive industry, protecting sensitive components from excessive heat.
Structural Components: In various industries, including construction and aerospace, where increased thickness enhances structural integrity, people use thick-gauge strips in lightweight structural components.
Pressure Vessels: Manufacturers use these thicknesses to construct pressure vessels designed to withstand high internal pressures, such as those used in industrial and chemical processing.
