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1000 Series (Pure Aluminum) Aluminum Coil
Available as plates, coils, and tubes (models: 1050, 1060, 1100), this ultra-pure aluminum (≥99%) offers exceptional ductility, corrosion resistance, and thermal/electrical conductivity. It’s cost-effective (simple production processes) and ideal for decorations, nameplates, conductive components, and chemical equipment linings. The series’ last two digits indicate minimum aluminum content (e.g., 1050 = ≥99.5% Al), ensuring consistent purity.
2000 Series (Aluminum-Copper Alloy) Aluminum Coil
As a high-strength “hard aluminum” (models: 2024, 2017), this alloy delivers excellent fatigue resistance. Our 2000-series plates and coils are trusted for aerospace structures, military parts, and high-strength molds—perfect for applications demanding durability under extreme stress.
6000 Series (Aluminum-Magnesium-Silicon Alloy) Aluminum Coil
Representative Models: 6061, 6063; Core Characteristics: This alloy stands out for its heat-treatable strengthening capability (allowing customizable hardness) and balanced performance: medium strength, excellent machinability, and easy anodization (enabling durable, aesthetic surface finishes like matte or glossy), along with good weldability and corrosion resistance for indoor/outdoor use; Key Applications: Ideal for building profiles (window frames, curtain wall components), electronic device housings (laptops, routers), and furniture frames—blending structural stability with design flexibility.
7000 Series (Aluminum-Zinc-Magnesium Alloy) Aluminum Coil
Representative Models: 7075, 7050; Core Characteristics: Dubbed “aerospace-grade hard aluminum,” this series delivers ultra-high tensile strength (rivaling some steels) while maintaining good corrosion resistance (especially with proper surface treatments), plus excellent fatigue performance suitable for high-stress, repeated-load scenarios; Key Applications: Critical for aerospace structural components (aircraft fuselage, wing ribs), high-end sports equipment (bicycle frames, ski poles), and precision molds—where strength, lightweight, and durability are non-negotiable.