This 6061-T6 aluminum rod adopts high-purity aluminum-magnesium-silicon alloy formula and is strengthened through T6 heat treatment process, breaking through the strength bottleneck of ordinary aluminum rods. Its tensile strength reaches more than 240MPa, while retaining excellent machinability, which can easily realize precision processing such as turning, drilling and milling. The surface is finely polished with a roughness of Ra0.8μm, which greatly reduces subsequent finishing costs. Different from ordinary civil aluminum rods, each batch of products is attached with a material test report to ensure that the alloy composition and mechanical properties meet ASTM B221 standards, solving the pain points of users such as unstable material quality and low processing qualification rate. In addition, it has excellent seawater corrosion resistance, which can be applied to marine engineering supporting parts.
Alloy Grade: 6061-T6, Diameter: Customizable from 3mm to 300mm, Standard Length: 3000mm and 6000mm (custom cutting service available), Tensile Strength: ≥240MPa, Yield Strength: ≥220MPa, Elongation: ≥10%, Hardness: HBS 95, Thermal Conductivity: 167 W/(m·K), Surface Treatment: Mill finish, clear anodized, matte anodized, Certifications: ISO 9001:2015, AS9100D, Raw Material Source: Top 3 global primary aluminum smelters, Packaging: Wooden pallets with moisture-proof plastic film to prevent oxidation during transportation.
This product is suitable for a wide range of industries including aerospace, precision machinery, electronic equipment, hardware processing and medical devices. Typical application scenarios include aviation wing connector processing, robot arm accessories of automation equipment enterprises, heat dissipation brackets of electronic devices, precision shaft parts in hardware processing, and lightweight surgical instrument accessories in medical devices. A well-known domestic aviation manufacturing enterprise used this aluminum rod to produce wing connectors, reducing the overall weight of the product by 32% while improving the service life by 25%. Another automation equipment manufacturer used this rod to make robot fixture parts, which significantly improved the production efficiency and processing accuracy.
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